[{"data":1,"prerenderedAt":1071},["ShallowReactive",2],{"schematic:dual-rail-7815-7915-split-power-supply:tr":3},{"schematic":4,"title":19,"shortDescription":22,"proseSource":1033,"localizationFallbackIssues":1034,"related":1035,"confirmations":1034},{"schemaVersion":5,"governance":6,"slug":18,"title":19,"cluster":20,"tier":21,"shortDescription":22,"deepTechnicalOverview":23,"theoryOfOperation":24,"keySpecifications":25,"applications":50,"gotchas":55,"formulas":75,"bom":141,"interactiveElements":215,"circuitJson":306,"svg":1026,"relatedSchematicSlugs":1027,"relatedComponentSlugs":1030,"relatedBoardSlugs":1032},"1.0",{"publication":7,"verification":10,"provenance":15},{"status":8,"publishedDate":9},"published","2026-10-23",{"status":11,"verifiedDate":9,"verifiedBy":12,"checklist":13},"verified","Claude (documentary review against TI SNOSBQ7C Figure 8 and TI SNOSBT0L; CAD redraw; LLM localization review; owner publication GO; no bench or native-human claim)",{"schema":14,"technicalFacts":14,"relationships":14,"sources":14},true,{"sourceUrls":16},[17],"https:\u002F\u002Fwww.ti.com\u002Flit\u002Fds\u002Fsymlink\u002Flm79.pdf","dual-rail-7815-7915-split-power-supply","±15 V İzlemeli Simetrik Besleme (LM7815 \u002F LM7915)","power_supplies","Tier 2","TI LM79xx veri sayfasındaki ±15 V, 1 A izlemeli regülatör: tam −15 V’a ayarlanmış bir LM7915 ve toprak pini bir LM307 op-amp tarafından sürülen bir LM7815; böylece pozitif hat negatif hattın aynısı olur.","Bu, Texas Instruments LM79XX veri sayfasındaki (SNOSBQ7C) şekil 8’dir: eşit pozitif ve negatif hatlara ihtiyaç duyan op-amp ve ses devreleri için simetrik bir besleme. Hatları iki sabit regülatör oluşturur: −15 V için LM7915 ve +15 V için LM7815 (TI bunu, LM340 veri sayfasının LM7815 ile birlikte tanımladığı LM340T-15 olarak çizer). Tek başlarına iki hat 1,2 V’a kadar farklı olabilir, çünkü her regülatör yalnızca %4 doğruluk garanti eder (14,4 V ile 15,6 V arası). Devre bu farkı iki adımda giderir: bir trimpot negatif çıkışı tam −15,0 V’a ayarlar, bir op-amp ise hatlar arasındaki %1’lik direnç bölücüsü 0 V gösterene kadar pozitif regülatörün GND pinini kaydırır ve böylece pozitif hattı aynı büyüklüğe zorlar. Kenetleme diyotları hiçbir çıkışın ters kutba geçmesine izin vermez. Regülesiz ±VIN girişleri ayrı bir doğrultucu ve filtreden gelir (TI dalgalanmayı 3000 µF giriş kondansatörleriyle ölçmüştür); bunlar çizilmemiştir.","### 1. Ortak COMMON noktasına sahip iki regülatör\nU1 (LM7815) +VIN’i +15 V’a düşürür, U2 (LM7915) ise −VIN’i −15 V’ta regüle eder. COMMON, hatlar arasındaki ve yükle paylaşılan 0 V noktasıdır. Her regülatör çıkışını kendi GND pininden sabit 15 V uzakta tutar ve bu devrede GND pinlerinin hiçbiri doğrudan COMMON’a bağlı değildir: iki çıkışın da ayarlanabilmesini sağlayan budur.\n\n### 2. Negatif hattın ince ayarı\nU2’nin GND pini, R1 (50 Ω) üzerinden COMMON’a bağlıdır. R3 iki çıkış arasına bağlıdır ve sürgüsü R2 (1 kΩ) üzerinden R1’e akım vererek GND pinini, onunla birlikte de −15 V çıkışını yukarı veya aşağı kaydırır. Sürgü iki uçtan birindeyken kayma yaklaşık olarak şöyledir:\n$$\\Delta V_{GND} \\approx \\pm V_W \\frac{R_1}{R_1 + R_2} = \\pm 15\\text{ V} \\cdot \\frac{50\\,\\Omega}{1050\\,\\Omega} \\approx \\pm 0.71\\text{ V}$$\nRegülatörün kendi GND pini akımı, tipik 1,5 mA, de R1’den akar ve yaklaşık 75 mV ekler; ince ayar bunu da karşılar. R3, çıkışta tam −15,0 V olacak şekilde ayarlanır.\n\n### 3. Pozitif hat negatif hattı izler\nHer ikisi de 10 kΩ %1 olan R4 ve R5, +15 V ile −15 V arasında bir bölücü oluşturur. LM307 bölücünün orta noktasını (pin 2) COMMON (pin 3) ile karşılaştırır ve pin 6’dan U1’in GND pinini sürer. Pozitif hat çok yüksekse orta nokta 0 V’un üstüne çıkar, op-amp çıkışı düşer ve U1’i aynı miktarda aşağı çeker. Döngü, orta nokta 0 V olduğunda dengeye oturur:\n$$V_{+} = -V_{-} \\cdot \\frac{R_4}{R_5}$$\nR4 = R5 olduğunda pozitif çıkış negatif çıkışın büyüklüğüne eşit olur; dolayısıyla R3 ayarı iki hattı birden belirler. TI, çıkışların ne kadar iyi eşleştiğini R4 ve R5’in toleransının belirlediğini belirtir. Op-amp çıkışı yalnızca LM7815’in kendi çıkışı (14,4 V ile 15,6 V arası) ile hedef arasındaki fark kadar kayar ve U1’in 8 mA’e kadar olan sükûnet akımını çekebilmelidir.\n\n### 4. Çıkış kondansatörleri ve kenetleme diyotları\nC1 ve C2 (her biri 25 µF) çıkışlardadır. TI, kararlılık için LM79xx çıkışında bir kondansatör ister: 1 µF katı tantal veya 25 µF alüminyum elektrolitik. D1 ve D2 (1N4001) normal çalışmada ters kutuplanmıştır; TI bunları amacını açıklamadan çizer. Bir çıkış COMMON’ı geçerek ters kutba çekilirse, örneğin hatlar arasında bir yük bağlıyken regülatörlerden biri diğerinden önce açılırsa, diyot iletime geçer ve o regülatördeki ters gerilimi yaklaşık bir diyot düşümüyle sınırlar.\n\n### 5. Girişler, gerilim payı ve ısı\nC4 ve C5 yalnızca regülesiz kaynağın filtre kondansatörleri 3 inçten (yaklaşık 7,6 cm) uzaktaysa gerekir. LM7815 hat regülasyonu spesifikasyonu için en az 17,7 V’a ihtiyaç duyar ve en fazla 35 V’a dayanır; LM7915 hat regülasyonu testlerinde −17,5 V ile −30 V arasında belirtilmiştir ve −35 V’a dayanır. Her regülatör üzerinde düşen gerilimin yük akımıyla çarpımı kadar güç harcar:\n$$P_D = (V_{IN} - V_{OUT}) \\cdot I_{OUT} = (20\\text{ V} - 15\\text{ V}) \\cdot 1\\text{ A} = 5\\text{ W}$$\nBu seviyede iki regülatörün de soğutucuya ihtiyacı vardır.",[26,29,32,35,38,41,44,47],{"label":27,"value":28},"Regüle çıkış gerilimi","İzlemeli +15 V ve −15 V; 1 A’e kadar (TI şekil 8)",{"label":30,"value":31},"ΔIL = 1 A’de yük regülasyonu","40 mV (−15 V), 2 mV (+15 V) (TI şekil 8 tablosu)",{"label":33,"value":34},"Çıkış dalgalanması","CIN = 3000 µF, IL = 1 A’de 100 µVrms (TI şekil 8 tablosu)",{"label":36,"value":37},"Çıkış gürültüsü","150 µVrms, 10 Hz ≤ f ≤ 10 kHz (TI şekil 8 tablosu)",{"label":39,"value":40},"Sıcaklık kararlılığı","50 mV (TI şekil 8 tablosu)",{"label":42,"value":43},"Giriş gerilimi aralığı","+VIN 17,7 V ile 35 V arası (LM7815, TI SNOSBT0L); −VIN −17,5 V ile −35 V arası (LM7915, TI SNOSBQ7C)",{"label":45,"value":46},"Çıkış ince ayar aralığı","≈ ±0,7 V (R1, R2 ve ±15 V hatlarından hesaplanan)",{"label":48,"value":49},"Hat eşleşmesi","R4 ve R5’in toleransıyla belirlenir (şemada %1)",[51,52,53,54],"Op-amp ve enstrümantasyon devreleri için çift kutuplu besleme","Ses ön yükselteci ve mikser güç kaynakları","Simetrik hatlar gerektiren analog test ekipmanları","Laboratuvar ±15 V tezgâh güç kaynakları",[56,61,65,70],{"title":57,"trap":58,"solution":59,"severity":60},"İki regülatör aynı topraklı soğutucuda","Tırnakların hiçbiri COMMON’da değildir. LM7915’in tırnağı girişidir (−VIN), LM7815’in tırnağı ise GND pinidir ve bu devrede op-amp çıkışıdır. İkisini yalıtımsız olarak tek bir metal soğutucuya veya topraklı bir kasaya vidalamak −VIN’i, op-amp çıkışını ve COMMON’ı birbirine kısa devre yapar.","Her regülatörü mika veya silikon ped ve yalıtkan burçla yalıtın ya da her birine ayrı, yalıtılmış bir soğutucu verin.","critical",{"title":62,"trap":63,"solution":64,"severity":60},"78xx ve 79xx pin dizilimleri farklıdır","TO-220’de LM7815 pinleri INPUT, GND, OUTPUT sırasındadır, LM7915 pinleri ise GND, INPUT, OUTPUT. Pozitif regülatörün yerleşimini negatif regülatör için kopyalamak onun giriş ve toprağını yer değiştirir.","Lehimlemeden önce her parçayı kendi veri sayfasındaki bağlantı şemasıyla karşılaştırın (TI SNOSBT0L §5, TI SNOSBQ7C şekil 1).",{"title":66,"trap":67,"solution":68,"severity":69},"Tam yükte aşırı ısınma","Her regülatör (VIN − VOUT) · IOUT kadar güç harcar; 20 V’tan 1 A’de yaklaşık 5 W. Soğutucu olmadan regülatör, ısıl koruması çıkışı düşürene kadar ısınır.","Giriş gerilim payını küçük ama minimumun üzerinde tutun ve soğutucuyu gerçek yük akımına göre boyutlandırın.","warning",{"title":71,"trap":72,"solution":73,"severity":74},"Eşleşmeyen bölücü dirençleri","Pozitif hat, negatif hattı R4 ve R5 üzerinden kopyalar. Aralarındaki %1’lik fark, hat büyüklükleri arasında yaklaşık %1 fark yaratır.","R4 ve R5 için %1 veya daha iyi dirençler, hatların çok yakın olması gerekiyorsa eşleştirilmiş çiftler kullanın.","info",[76,98,119],{"name":77,"latexOrText":78,"description":79,"variables":80},"İzleme koşulu","V_{+} = -V_{-} \\cdot \\frac{R_4}{R_5}","Op-amp R4\u002FR5 orta noktasını 0 V’ta tutar; böylece pozitif hattı negatif hat ve direnç oranı belirler.",[81,86,89,94],{"symbol":82,"name":83,"typicalValue":84,"unit":85},"R_4","Üst bölücü direnci","10","kΩ",{"symbol":87,"name":88,"typicalValue":84,"unit":85},"R_5","Alt bölücü direnci",{"symbol":90,"name":91,"typicalValue":92,"unit":93},"V_{-}","Negatif çıkış","-15","V",{"symbol":95,"name":96,"typicalValue":97,"unit":93},"V_{+}","Pozitif çıkış","15",{"name":99,"latexOrText":100,"description":101,"variables":102},"Negatif hat ince ayar aralığı","\\Delta V_{GND} \\approx \\pm V_W \\frac{R_1}{R_1 + R_2}","R3 sürgüsü iki uçtan birindeyken U2 toprak pininin, dolayısıyla −15 V çıkışının kayması. Regülatörün kendi toprak pini akımı ihmal edilmiştir.",[103,106,111,115],{"symbol":104,"name":105,"typicalValue":97,"unit":93},"V_W","Hareket sonundaki sürgü gerilimi",{"symbol":107,"name":108,"typicalValue":109,"unit":110},"R_1","İnce ayar referans direnci","50","Ω",{"symbol":112,"name":113,"typicalValue":114,"unit":110},"R_2","İnce ayar besleme direnci","1000",{"symbol":116,"name":117,"typicalValue":118,"unit":93},"\\Delta V_{GND}","İnce ayar aralığı (hesaplanan)","0.71",{"name":120,"latexOrText":121,"description":122,"variables":123},"Regülatör güç harcaması","P_D = (V_{IN} - V_{OUT}) \\cdot I_{OUT}","Her regülatördeki ısı; 20 V giriş örnek bir değerdir.",[124,128,131,136],{"symbol":125,"name":126,"typicalValue":127,"unit":93},"V_{IN}","Giriş gerilimi büyüklüğü (örnek)","20",{"symbol":129,"name":130,"typicalValue":97,"unit":93},"V_{OUT}","Çıkış gerilimi büyüklüğü",{"symbol":132,"name":133,"typicalValue":134,"unit":135},"I_{OUT}","Yük akımı","1","A",{"symbol":137,"name":138,"typicalValue":139,"unit":140},"P_D","Harcanan güç (hesaplanan)","5","W",[142,150,156,162,168,172,178,183,185,192,196,200,204,212],{"refDes":143,"componentName":144,"value":145,"package":146,"quantity":147,"role":148,"notes":149},"U1","Pozitif gerilim regülatörü","LM7815","TO-220",1,"+15 V regülatörü","TI şekil 8’de LM340T-15. LM7805 ile aynı TI veri sayfası (SNOSBT0L).",{"refDes":151,"componentName":152,"value":153,"package":146,"quantity":147,"role":154,"notes":155},"U2","Negatif gerilim regülatörü","LM7915","−15 V regülatörü","TI şekil 8’de LM7915CT.",{"refDes":157,"componentName":158,"value":159,"package":160,"quantity":147,"role":161},"U3","İşlemsel yükselteç","LM307","DIP-8","İzleme yükselteci",{"refDes":163,"componentName":164,"value":165,"package":166,"quantity":147,"role":167},"R1","Direnç","50Ω","Axial \u002F 0805","İnce ayar referansı",{"refDes":169,"componentName":164,"value":170,"package":166,"quantity":147,"role":171},"R2","1kΩ","İnce ayar beslemesi",{"refDes":173,"componentName":174,"value":175,"package":176,"quantity":147,"role":177},"R3","Trimpot","5kΩ","Trimmer","Çıkışı −15,0 V’a ayarlama",{"refDes":179,"componentName":180,"value":181,"package":166,"quantity":147,"role":182},"R4","Hassas direnç","10kΩ 1%","İzleme bölücüsü",{"refDes":184,"componentName":180,"value":181,"package":166,"quantity":147,"role":182},"R5",{"refDes":186,"componentName":187,"value":188,"package":189,"quantity":147,"role":190,"notes":191},"C1","Alüminyum elektrolitik kondansatör","25µF","Radial","+15 V çıkışı","En yakın yaygın değer 22 µF’tır. Anma gerilimi 15 V’un üzerinde.",{"refDes":193,"componentName":187,"value":188,"package":189,"quantity":147,"role":194,"notes":195},"C2","−15 V çıkışı","+ ucu COMMON’a. LM79xx kararlılığı için gereklidir.",{"refDes":197,"componentName":187,"value":188,"package":189,"quantity":147,"role":198,"notes":199},"C4","+VIN dekuplajı","Yalnızca filtre kondansatörleri 3 inçten uzaktaysa. Anma gerilimi +VIN’in üzerinde.",{"refDes":201,"componentName":187,"value":188,"package":189,"quantity":147,"role":202,"notes":203},"C5","−VIN dekuplajı","+ ucu COMMON’a. Yalnızca filtre kondansatörleri 3 inçten uzaktaysa.",{"refDes":205,"componentName":206,"value":207,"package":208,"quantity":147,"componentSlug":209,"role":210,"notes":211},"D1","Doğrultucu diyot","1N4001","DO-41","1n4007","+15 V kenetleme","Bir 1N4007 aynı şekilde çalışır; yalnızca ters gerilim anma değeri daha yüksektir.",{"refDes":213,"componentName":206,"value":207,"package":208,"quantity":147,"componentSlug":209,"role":214,"notes":211},"D2","−15 V kenetleme",{"U1":216,"U2":226,"U3":236,"R1":244,"R2":249,"R3":254,"R4":260,"R5":266,"C1":269,"C2":277,"C4":283,"C5":289,"D1":295,"D2":301},{"refDes":143,"name":217,"value":145,"role":218,"description":219,"footprint":220,"specs":221},"LM7815 pozitif regülatör","Negatif hattı izleyen +15 V regülatörü","TI şekil 8’de LM340T-15 olarak çizilmiştir; TI, LM340-15 ile LM7815’i birlikte tanımlar. Çıkışını GND pininin 15 V üzerinde tutar. Burada GND pini COMMON’da değildir: onu op-amp sürer, böylece çıkış negatif hatla eşleşmek için hafifçe kaydırılabilir.","TO-220 (tab = GND)",{"Çıkış gerilimi":222,"Hat regülasyonu için giriş":223,"Sükûnet akımı":224,"DC giriş gerilimi":225},"TJ = 25 °C, 5 mA ≤ IO ≤ 1 A’de 14,4 V – 15,6 V (TI SNOSBT0L §6.8)","TJ = 25 °C, IO ≤ 1 A’de en az 17,7 V","TJ = 25 °C’de en fazla 8 mA","Mutlak maksimum 35 V",{"refDes":151,"name":227,"value":153,"role":228,"description":229,"footprint":230,"specs":231},"LM7915 negatif regülatör","−15,0 V’a ayarlanmış −15 V regülatörü","Çıkışını GND pininin 15 V altında tutar. GND pini COMMON yerine R1 üzerindedir; böylece ince ayar devresi onu voltun bir kesri kadar kaydırıp çıkışı tam −15,0 V’a ayarlayabilir.","TO-220 (tab = INPUT)",{"Çıkış gerilimi":232,"Düşüm gerilimi":233,"Sükûnet akımı":234,"Giriş gerilimi":235},"TJ = 25 °C’de −14,4 V ile −15,6 V arası (TI SNOSBQ7C)","IOUT = 1 A’de tipik 1,1 V","Tipik 1,5 mA, en fazla 3 mA","Mutlak maksimum −35 V",{"refDes":157,"name":237,"value":159,"role":238,"description":239,"footprint":240,"specs":241},"LM307 izleme op-amp’ı","Pozitif hattın negatif hattın aynısı olmasını sağlar","R4 ve R5’in orta noktasını COMMON ile karşılaştırır ve orta nokta 0 V olana kadar U1’in GND pinini sürer; bu yalnızca iki hattın büyüklüğü aynı olduğunda gerçekleşir. İki çıkıştan beslenir (pin 7 +15 V’a, pin 4 −15 V’a) ve U1’in sükûnet akımını çekebilmelidir.","DIP-8 (pins 2, 3, 4, 6, 7 as in TI Figure 8)",{"Girişler":242,"Çıkış":243},"+ (pin 3) COMMON’a, − (pin 2) R4\u002FR5 orta noktasına","Pin 6, U1’in GND pinine",{"refDes":163,"name":108,"value":165,"role":245,"description":246,"footprint":166,"specs":247},"R2 ile birlikte ince ayar aralığını belirler","U2’nin GND pinini COMMON’a bağlar. R2’den gelen ince ayar akımı ve regülatörün kendi toprak pini akımı bunun üzerinden akar ve GND pinini, dolayısıyla −15 V çıkışını kaydırır.",{"Direnç değeri":248},"50 Ω (TI şekil 8)",{"refDes":169,"name":113,"value":170,"role":250,"description":251,"footprint":166,"specs":252},"R3’ten gelen ince ayar akımını iletir","R3 sürgüsünden R1’e akım taşır. R1 ile birlikte ince ayar aralığını yaklaşık ±0,7 V ile sınırlar (hesaplanan).",{"Direnç değeri":253},"1 kΩ (TI şekil 8)",{"refDes":173,"name":255,"value":175,"role":256,"description":257,"footprint":176,"specs":258},"Çıkış ayar trimpotu","Negatif çıkışı −15,0 V’a ayarlar","İki çıkış arasına bağlıdır. Sürgüsü R2’yi besler; çevrildiğinde U2’nin GND pinini yukarı veya aşağı kaydırır. TI bunu “output trim to −15.0 V” olarak işaretler; pozitif hat op-amp üzerinden izler.",{"Direnç değeri":259},"5 kΩ (TI şekil 8)",{"refDes":179,"name":83,"value":181,"role":261,"description":262,"footprint":263,"specs":264},"İzleme bölücüsünün yarısı","R5 ile birlikte, orta noktası op-amp’a giden +15 V – −15 V bölücüsünü oluşturur. TI, iki çıkışın ne kadar iyi eşleştiğini R4 ve R5’in toleransının belirlediğini belirtir.","Axial \u002F 0805, 1%",{"Direnç değeri":265},"10 kΩ, %1 (TI şekil 8)",{"refDes":184,"name":88,"value":181,"role":261,"description":267,"footprint":263,"specs":268},"Bölücünün alt yarısı. R4 ile R5 arasındaki her fark doğrudan iki çıkışın büyüklükleri arasındaki farka yansır.",{"Direnç değeri":265},{"refDes":186,"name":270,"value":188,"role":271,"description":272,"footprint":273,"specs":274},"+15 V çıkış kondansatörü","Çıkış kondansatörü, pozitif hat","+15 V ile COMMON arasında, pozitif ucu +15 V’ta. Pozitif hattın geçici tepkisini iyileştirir.","Radial electrolytic",{"Kapasitans":275,"Tür":276,"İşlev":96},"25 µF (TI şekil 8)","Alüminyum elektrolitik",{"refDes":193,"name":278,"value":188,"role":279,"description":280,"footprint":273,"specs":281},"−15 V çıkış kondansatörü","Çıkış kondansatörü, negatif hat","COMMON ile −15 V arasında, pozitif ucu COMMON’da. TI, kararlılık için LM79xx çıkışında kondansatör ister: 1 µF katı tantal veya 25 µF alüminyum elektrolitik.",{"Kapasitans":275,"Tür":276,"İşlev":282},"Negatif çıkış, kararlılık için gerekli (TI şekil 2 notu)",{"refDes":197,"name":284,"value":188,"role":285,"description":286,"footprint":273,"specs":287},"+VIN dekuplaj kondansatörü","Giriş dekuplajı, pozitif taraf","+VIN ile COMMON arasında. TI, yalnızca kaynağın filtre kondansatörleri regülatörlerden 3 inçten (yaklaşık 7,6 cm) uzaktaysa gerekli olduğunu belirtir.",{"Kapasitans":275,"Tür":276,"İşlev":288},"Pozitif giriş, yalnızca uzun giriş kablolarında",{"refDes":201,"name":290,"value":188,"role":291,"description":292,"footprint":273,"specs":293},"−VIN dekuplaj kondansatörü","Giriş dekuplajı, negatif taraf","COMMON ile −VIN arasında, pozitif ucu COMMON’da. C4 ile aynı koşul.",{"Kapasitans":275,"Tür":276,"İşlev":294},"Negatif giriş, yalnızca uzun giriş kablolarında",{"refDes":205,"name":296,"value":207,"role":297,"description":298,"footprint":208,"specs":299},"+15 V kenetleme diyotu","Pozitif çıkışın negatife geçmesini önler","Katot +15 V’ta, anot COMMON’da; bu yüzden normal çalışmada ters kutuplanmıştır. Pozitif çıkış COMMON’ın altına çekilirse, örneğin hatlar arasında yük varken negatif hat önce açılırsa, D1 iletime geçer ve onu yaklaşık bir diyot düşümüyle sınırlar.",{"Parça":300},"1N4001 (TI şekil 8); 1N4002–1N4007 yalnızca ters gerilim anma değerinde farklıdır",{"refDes":213,"name":302,"value":207,"role":303,"description":304,"footprint":208,"specs":305},"−15 V kenetleme diyotu","Negatif çıkışın pozitife geçmesini önler","Katot COMMON’da, anot −15 V’ta. 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font-size=\"11\">+15V\u003C\u002Ftext>\u003Ctext x=\"844\" y=\"436.4\" text-anchor=\"middle\" fill=\"#18181a\" stroke=\"none\" font-family=\"'Space Mono', 'SFMono-Regular', Consolas, 'Liberation Mono', monospace\" font-size=\"11\">COMMON\u003C\u002Ftext>\u003Ctext x=\"844\" y=\"736.4\" text-anchor=\"middle\" fill=\"#18181a\" stroke=\"none\" font-family=\"'Space Mono', 'SFMono-Regular', Consolas, 'Liberation Mono', monospace\" font-size=\"11\">-15V\u003C\u002Ftext>\u003C\u002Fsvg>",[1028,1029],"lm7805-5v-linear-regulator-standard-decoupling","lm317-adjustable-linear-regulator",[1031,209],"lm7805",[],"overlay",null,[1036,1050,1061],{"slug":1028,"cluster":20,"tier":1037,"supplyVoltage":1038,"voltageSpecification":1041,"signalDomain":467,"breadboardFriendly":14,"title":1045,"shortDescription":1046,"bomCount":1047,"formulaCount":1048,"search":1049},"Tier 1",[1039,1040],"5v","12v",{"kind":1042,"value":1043,"label":1044},"output","VIN=7–18 V, IOUT=5 mA–1 A, TJ=0–125 °C için 4,75–5,25 V (ST Tablo 10)","Regüle edilmiş çıkış gerilimi","Dekuplajlı LM7805 5 V lineer regülatör (L7805CV)","ST L7805CV, giriş\u002Fçıkış dekuplaj kondansatörleri, deşarj diyodu ve LED göstergesi kullanan nominal 9 V–5 V besleme devresi. Koşullu özellikler ve ısıl hesaplamalar içerir.",8,3,"dekuplajlı lm7805 5 v lineer regülatör (l7805cv)\nst l7805cv, giriş\u002Fçıkış dekuplaj kondansatörleri, deşarj diyodu ve led göstergesi kullanan nominal 9 v–5 v besleme devresi. koşullu özellikler ve ısıl hesaplamalar içerir.\ndekuplajlı lm7805 5 v lineer regülatör (l7805cv)\nst l7805cv, giriş\u002Fçıkış dekuplaj kondansatörleri, deşarj diyodu ve led göstergesi kullanan nominal 9 v–5 v besleme devresi. koşullu özellikler ve ısıl hesaplamalar içerir.\nlm7805 5v linear regulator with decoupling (l7805cv)\na nominal 9v-to-5v supply using st l7805cv, input\u002Foutput bypass capacitors, a discharge-path diode and an led indicator. includes conditional ratings and thermal calculations.\npower_supplies\nregülatör stmicroelectronics l7805cv\nl7805cv\nu1\nvishay silisyum doğrultucu\n1n4007\nd1\ngenel giriş enerji depolama kondansatörü\n10µf \u002F 25v\nc1\ngenel seramik giriş dekuplaj kondansatörü\n330nf \u002F 50v\nc2\ngenel seramik çıkış dekuplaj kondansatörü\n100nf \u002F 25v\nc3\ngenel çıkış enerji depolama kondansatörü\n100µf \u002F 16v\nc4\ngenel led seri direnci\n330ω \u002F 0.25w\nr1\ngenel yeşil gösterge led'i\ngreen led\nled1",{"slug":1051,"cluster":20,"tier":1037,"supplyVoltage":1052,"voltageSpecification":1054,"signalDomain":467,"breadboardFriendly":14,"title":1056,"shortDescription":1057,"bomCount":1058,"formulaCount":1059,"search":1060},"lm2596-step-down-buck-converter",[1039,1040,1053],"dual_rail",{"kind":1042,"value":1055,"label":27},"5.0V DC (±%4 toplam tolerans: 4.80V - 5.20V)","LM2596 Adım Düşürücü Buck Dönüştürücü (5V \u002F 3A)","Minimum harici bileşenle 7V–40V DC kaynaktan 3A'e kadar sürekli yükte 5V regüle çıkış sağlayan 150 kHz yüksek verimli adım düşürücü anahtarlamalı regülatör.",7,4,"lm2596 adım düşürücü buck dönüştürücü (5v \u002F 3a)\nminimum harici bileşenle 7v–40v dc kaynaktan 3a'e kadar sürekli yükte 5v regüle çıkış sağlayan 150 khz yüksek verimli adım düşürücü anahtarlamalı regülatör.\nlm2596 adım düşürücü buck dönüştürücü (5v \u002F 3a)\nminimum harici bileşenle 7v–40v dc kaynaktan 3a'e kadar sürekli yükte 5v regüle çıkış sağlayan 150 khz yüksek verimli adım düşürücü anahtarlamalı regülatör.\nlm2596 step-down buck converter (5v \u002F 3a)\nhigh-efficiency 150-khz step-down switching regulator delivering a regulated 5v output at up to 3a continuous load from a 7v–40v dc supply with minimal external components.\npower_supplies\ntexas instruments lm2596-5.0 anahtarlamalı regülatör\nlm2596t-5.0\nu1\non semiconductor schottky doğrultucu\n1n5822\nd1\npulse electronics toroid güç bobini\n33µh \u002F 3.5a\nl1\nnichicon düşük esr giriş elektrolitik kapasitörü\n680µf \u002F 50v\nc1\nnichicon düşük esr çıkış elektrolitik kapasitörü\n220µf \u002F 25v\nc2\ndc güç giriş portu\n+12v dc (7v–40v)\np_vin\ndc güç çıkış portu\n+5.0v dc (up to 3a)\np_vout",{"slug":1029,"cluster":20,"tier":1037,"supplyVoltage":1062,"voltageSpecification":1064,"signalDomain":467,"breadboardFriendly":14,"title":1067,"shortDescription":1068,"bomCount":1069,"formulaCount":1048,"search":1070},[1039,1040,1063],"24v",{"kind":1042,"value":1065,"label":1066},"Nominal 12V girişte 1.25–9V, önerilen 3V payı korur; regülasyon ayrıca belirtilen yük, sıcaklık ve güç koşullarını gerektirir","Hesaplanan nominal ayar noktaları","LM317 Ayarlanabilir Pozitif Lineer Voltaj Regülatörü","TI LM317KCS kullanan, nominal girişi 12V olan ayarlanabilir DC gerilim devresi. Hesaplanan 9V'a kadar ayar noktaları önerilen 3V payı korur; kullanılabilir akım için yük ve termal bütçe değerlendirilmelidir.",6,"lm317 ayarlanabilir pozitif lineer voltaj regülatörü\nti lm317kcs kullanan, nominal girişi 12v olan ayarlanabilir dc gerilim devresi. hesaplanan 9v'a kadar ayar noktaları önerilen 3v payı korur; kullanılabilir akım için yük ve termal bütçe değerlendirilmelidir.\nlm317 ayarlanabilir pozitif lineer voltaj regülatörü\nti lm317kcs kullanan, nominal girişi 12v olan ayarlanabilir dc gerilim devresi. hesaplanan 9v'a kadar ayar noktaları önerilen 3v payı korur; kullanılabilir akım için yük ve termal bütçe değerlendirilmelidir.\nlm317 adjustable positive linear voltage regulator\nadjustable dc voltage reference circuit using ti lm317kcs and nominal 12v input. calculated setpoints up to 9v respect the recommended 3v headroom; usable current requires a load and thermal budget.\npower_supplies\nayarlanabilir pozitif lineer voltaj regülatörü\nlm317kcs\nu1\nhassas metal film direnç 0,25 w (1\u002F4w)\n240ω\nr1\nsermet lineer potansiyometre \u002F trimpot\n5kω\nr2\nçok katmanlı seramik kondansatör (mlcc)\n0.1µf\nc1\nalüminyum elektrolitik kondansatör\n10µf\nc2\nstandart silikon doğrultucu diyot\n1n4007\nd1",1793836429756]