Maintenance/ Discontinued

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1 oltage Regulators N7xx/N7xxF Series 3-pin positive output voltage regulator ( type) Overview The N7xx series and the N7xxF series are 3- pin, fixed positive output type monolithic voltage regulators. Stabilized fixed output voltage is obtained from unstable DC input voltage without using any external components. types of fixed output voltage are available; 5, 6, 7,, 9,,, 5,,, and. They can be used widely in power circuits with current capacity of up to. Features No external components : 5, 6, 7,, 9,,, 5,,, Built-in overcurrent limit circuit Built-in thermal overload protection circuit Built-in SO (area of safe operation) protection circuit Block Diagram Current Source Current Limiter N7xx series φ3.7±. N7xxF series 6.7±.3 3.6±.5.5±.5 Pass Tr ±.3 HSIP3-P- HSIP3-P- Q R SC (.5).7±. 5.±. (3.6) Input Output Unit: mm (.35).5±..±.3.±..5±.3 φ5.3 (.3) 3 φ3.±..9±..5±. 7.±. 6.±. 9.± (.) (.5) : Input : Common 3: Output Unit: mm (.73).77±.3 (.) ±..±.5.5±.5.±..5±.3 7.±.5.±.5.7±.3 3.±.5 : Input : Common 3: Output Starter oltage Reference + Error mp. Thermal Protection R R Common

2 N7xx/N7xxF Series oltage Regulators bsolute Maximum Ratings at T a = 5 C Parameter Symbol Rating Unit Input voltage I 35 * * Power dissipation N7xx series 5 * 3 P D N7xxF series.5 * 3 W Operating ambient temperature Storage temperature T opr T stg 3 to + 55 to +5 C C * N75/F, N76/F, N77/F, N7/F, N79/F, N7/F, N7/F, N75/F, N7/F * N7/F, N7/F *3 Follow the derating curve. When T j exceeds 5 C, the internal circuit cuts off the output. Electrical Characteristics at T a = 5 C N75, N75F (5 type) O T j = 5 C O I = to, I O = 5 to, T j = to 5 C, P D * I = 7.5 to 5, T j = 5 C 3 m I = to, T j = 5 C 5 m I O = 5 to.5, T j = 5 C 5 m I O = 5 to 75, T j = 5 C 5 5 m T j = 5 C 3.9 fluctuation to input (IN) I = 7.5 to 5, T j = 5 C.3 fluctuation to load (L) I O = 5 to, T j = 5 C.5 no f = Hz to khz µ RR I = to, I O =, f = Hz 6 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 7 I O(Short) I = 5, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C.3 m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I =, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w

3 oltage Regulators N7xx/N7xxF Series Electrical Characteristics at T a = 5 C (continued) N76, 76F (6 type) O T j = 5 C O I = 9 to, I O = 5 to, T j = to 5 C, P D * fluctuation to input I =.5 to 5, T j = 5 C 5 m I = 9 to 3, T j = 5 C.5 6 m I O = 5 to.5, T j = 5 C m I O = 5 to 75, T j = 5 C 6 m T j = 5 C 3.9 (IN) I =.5 to 5, T j = 5 C (L) fluctuation to load I O = 5 to, T j = 5 C.5 no f = Hz to khz µ RR I = 9 to 9, I O =, f = Hz 59 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 7 I O(Short) I = 5, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C. m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I =, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w N77, 77F (7 type) O T j = 5 C O I = to, I O = 5 to, T j = to 5 C, P D * I = 9.5 to 5, T j = 5 C 5 m I = to 5, T j = 5 C.5 7 m I O = 5 to.5, T j = 5 C m I O = 5 to 75, T j = 5 C 7 m T j = 5 C 3.9 fluctuation to input (IN) I = 9.5 to 5, T j = 5 C fluctuation to load (L) I O = 5 to, T j = 5 C.5 no f = Hz to khz 6 µ RR I = to, I O =, f = Hz 57 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 6 I O(Short) I = 5, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C.5 m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I =, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w.3 3

4 N7xx/N7xxF Series oltage Regulators Electrical Characteristics at T a = 5 C (continued) N7, 7F ( type) O T j = 5 C O I = to 3, I O = 5 to, T j = to 5 C, P D * 7.6. fluctuation to input I =.5 to 5, T j = 5 C 6 6 m I = to 7, T j = 5 C m (IN) I O = 5 to.5, T j = 5 C I O = 5 to 75, T j = 5 C T j = 5 C I =.5 to 5, T j = 5 C (L) fluctuation to load I O = 5 to, T j = 5 C.5 no f = Hz to khz 5 µ RR I =.5 to.5, I O =, f = Hz 56 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 6 I O(Short) I = 5, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C.5 m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I =, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w N79, 79F (9 type) O T j = 5 C O I = to, I O = 5 to, T j = to 5 C, P D * I =.5 to 6, T j = 5 C 7 m I = to, T j = 5 C 9 m I O = 5 to.5, T j = 5 C m I O = 5 to 75, T j = 5 C 9 m T j = 5 C 3.9 fluctuation to input (IN) I =.5 to 6, T j = 5 C fluctuation to load (L) I O = 5 to, T j = 5 C.5 no f = Hz to khz 57 µ RR I = to, I O =, f = Hz 56 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 6 I O(Short) I = 6, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C.5 m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 5, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w m m

5 oltage Regulators N7xx/N7xxF Series Electrical Characteristics at T a = 5 C (continued) N7, 7F ( type) Parameter Symbol Conditions Min Typ Max O T j = 5 C 9.6. O I = 3 to 5, I O = 5 to, T j = to 5 C, P D * fluctuation to input (IN) I =.5 to 7, T j = 5 C I = 3 to 9, T j = 5 C I O = 5 to.5, T j = 5 C I O = 5 to 75, T j = 5 C T j = 5 C I =.5 to 7, T j = 5 C (L) fluctuation to load I O = 5 to, T j = 5 C.5 no f = Hz to khz 63 µ RR I = 3 to 3, I O =, f = Hz 56 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 6 I O(Short) I = 7, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C.6 m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 6, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w N7, 7F ( type) O T j = 5 C.5.5 O I = 5 to 7, I O = 5 to, T j = to 5 C, P D *..6 I =.5 to 3, T j = 5 C m I = 6 to, T j = 5 C 3 m I O = 5 to.5, T j = 5 C m I O = 5 to 75, T j = 5 C m T j = 5 C fluctuation to input (IN) I =.5 to 3, T j = 5 C fluctuation to load (L) I O = 5 to, T j = 5 C.5 no f = Hz to khz 75 µ RR I = 5 to 5, I O =, f = Hz 55 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz I O(Short) I = 3, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C. m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 9, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w Unit m m m m 5

6 N7xx/N7xxF Series oltage Regulators Electrical Characteristics at T a = 5 C (continued) N75, 75F (5 type) Parameter Symbol Conditions Min Typ Max O O T j = 5 C I = to 3, I O = 5 to, T j = to 5 C, P D * I = 7.5 to 3, T j = 5 C I O = 5 to.5, T j = 5 C 3 3 m m I = to 6, T j = 5 C I O = 5 to 75, T j = 5 C m m fluctuation to input fluctuation to load (IN) (L) no T j = 5 C I = 7.5 to 3, T j = 5 C I O = 5 to, T j = 5 C f = Hz to khz 9.5 µ RR I =.5 to.5, f = Hz 5 Minimum input/output voltage difference temperature coefficient DIF(min) Z O I O(Short) I O(Peak) O/T a I O =, T j = 5 C f = khz I = 3, T j = 5 C T j = 5 C I O = 5, T j = to 5 C 9 m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 3, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w N7, 7F ( type) O T j = 5 C O I = to 33, I O = 5 to, T j = to 5 C, P D * 7..9 I = to 33, T j = 5 C 36 m I = to 3, T j = 5 C m I O = 5 to.5, T j = 5 C 36 m I O = 5 to 75, T j = 5 C m T j = 5 C. fluctuation to input (IN) I = to 33, T j = 5 C fluctuation to load (L) I O = 5 to, T j = 5 C.5 no f = Hz to khz µ RR I = to 3, I O =, f = Hz 53 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz 6 I O(Short) I = 35, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C. m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 7, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w Unit 6

7 oltage Regulators N7xx/N7xxF Series Electrical Characteristics at T a = 5 C (continued) N7, 7F ( type) Parameter Symbol Conditions Min Typ Max O T j = 5 C 9.. O I = to 35, I O = 5 to, T j = to 5 C, P D * 9 fluctuation to input (IN) I = 3 to 35, T j = 5 C I = 6 to 3, T j = 5 C I O = 5 to.5, T j = 5 C I O = 5 to 75, T j = 5 C T j = 5 C I = 3 to 35, T j = 5 C (L) fluctuation to load I O = 5 to, T j = 5 C.5 no f = Hz to khz µ RR I = to 3, I O =, f = Hz 53 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz I O(Short) I = 35, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C. m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 9, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w N7, 7F ( type) O T j = 5 C 3 5 O I = to 3, I O = 5 to, T j = to 5 C, P D *. 5. I = 7 to 3, T j = 5 C m I = 3 to 36, T j = 5 C 6 m I O = 5 to.5, T j = 5 C m I O = 5 to 75, T j = 5 C m T j = 5 C. fluctuation to input (IN) I = 7 to 3, T j = 5 C fluctuation to load (L) I O = 5 to, T j = 5 C.5 no f = Hz to khz 7 µ RR I = to 3, I O =, f = Hz 5 Minimum input/output voltage difference DIF(min) I O =, T j = 5 C Z O f = khz I O(Short) I = 3, T j = 5 C I O(Peak) T j = 5 C temperature coefficient O/T a I O = 5, T j = to 5 C. m/ C Note ) The specified condition T j = 5 C means that the test should be carried out within so short a test time (within ms) that the Note ) Unless otherwise specified, I = 33, I O = 5, C I =.33µF and C O =.µf. * N7xx series: 5W, N7xxF series:.5w 5 5. Unit m m m m 7

8 N7xx/N7xxF Series oltage Regulators Main Characteristic Curve Power dissipation PD (W) fluctuation (m) 6 6 P D T a (N7xx series) () () (3) () 6 mbient temperature T a ( C) Thermal resistance value: R th(j-c) = 5 C/W (max.) R th(j-a) = 65 C/W (max.) Installation condition to heat sink Tightening torque 6kg cm Heat radiation compound used () Infinite heat sink: 5.W () 5 C/W heat sink:.5w (3) 5 C/W heat sink: 6.3W () Without heat sink:.93w Input transient response N75 6 Time t (µs) 5 5 Power dissipation PD (W) Input voltage I () fluctuation () 6 6 P D T a (N7xxF series) () 6 mbient temperature T a ( C) () () (3) Thermal resistance value: R th(j-c) =. C/W (max.) R th(j-a) = 65 C/W (max.) Installation condition to heat sink Tightening torque 6kg cm Heat radiation compound used () Infinite heat sink:.5w () 5 C/W heat sink: 7.3W (3) 5 C/W heat sink:.5w () Without heat sink:.93w Load transient response N Time t (µs) Load current IO () Minimum input/output voltage difference DIF(min.) () O () Junction temperature T j ( C) Current limiting characteristic I = T j = 5 C N75 DIF(min.) T j I O = Output current I O ()

9 oltage Regulators N7xx/N7xxF Series Basic Regulator Circuit Input Usage Notes. Cautions for a basic circuit I C I C I 3 N7xx N7xxF D i 3 Figure Common C I : C I is necessary when the input line is long. C O: C O improves the transient response. C I : When a wiring from a smoothing circuit to a three-pin regulator is long, it is likely to oscillate in output. capacitor of.µf to.7µf should be connected near an input pin. C O : When any sudden change of load current is likely to occur, connect an electrolytic capacitor of µf to µf to improve a transitional response of output voltage. D i : Normally unnecessary. But add it in the case that there is a residual voltage at the output capacitor Co even after switching off the supply power because a current is likely to flow into an output pin of the IC and damage the IC.. Other caution items ) Short-circuit between the input pin and GND pin If the input pin is short-circuitted to GND or is cut off when a large capacitance capacitor has been connected to the IC's load, a voltage of a capacitor connected to an output pin is applied between input/output In 3 Output Out of the IC and this likely results in damage of the + C O IC. It is necessary, therefore, to connect a diode, as shown in figure, to counter the reverse bias between input/output pins. GND Figure ) Floating of GND pin If a GND pin is made floating in an operating mode, an unstabilized input voltage is outputted. In this case, a thermal protection circuit inside the IC does not normally operate. In this state, if the load is short-circuited or overloaded, it is likely to damage the IC. pplication Circuit Examples. Current bootstrap circuit. djustable output regulator C O C O O Output I.33µF 3Ω Q 3 N7xx N7xxF I O.µF O I 3 N7xx N7xxF O ' R O O = O' + + O' R R R Note) O varies due to sample to sample variation of. Never fail to adjust individually with R. 9

10 Request for your special attention and precautions in using the technical information and semiconductors described in this book () If any of the products or technical information described in this book is to be exported or provided to non-residents, the laws and regulations of the exporting country, especially, those with regard to security export control, must be observed. () The technical information described in this book is intended only to show the main characteristics and application circuit examples of the products, and no license is granted under any intellectual property right or other right owned by our company or any other company. Therefore, no responsibility is assumed by our company as to the infringement upon any such right owned by any other company which may arise as a result of the use of technical information described in this book. (3) The products described in this book are intended to be used for standard applications or general electronic equipment (such as office equipment, communications equipment, measuring instruments and household appliances). Consult our sales staff in advance for information on the following applications: Special applications (such as for airplanes, aerospace, automobiles, traffic control equipment, combustion equipment, life support systems and safety devices) in which exceptional quality and reliability are required, or if the failure or malfunction of the products may directly jeopardize life or harm the human body. ny applications other than the standard applications intended. () The products and product specifications described in this book are subject to change without notice for modification and/or improvement. t the final stage of your design, purchasing, or use of the products, therefore, ask for the most up-to-date Product Standards in advance to make sure that the latest specifications satisfy your requirements. (5) When designing your equipment, comply with the range of absolute maximum rating and the guaranteed operating conditions (operating power supply voltage and operating environment etc.). Especially, please be careful not to exceed the range of absolute maximum rating on the transient state, such as power-on, power-off and mode-switching. Otherwise, we will not be liable for any defect which may arise later in your equipment. Even when the products are used within the guaranteed values, take into the consideration of incidence of break down and failure mode, possible to occur to semiconductor products. Measures on the systems such as redundant design, arresting the spread of fire or preventing glitch are recommended in order to prevent physical injury, fire, social damages, for example, by using the products. (6) Comply with the instructions for use in order to prevent breakdown and characteristics change due to external factors (ESD, EOS, thermal stress and mechanical stress) at the time of handling, mounting or at customer's process. When using products for which damp-proof packing is required, satisfy the conditions, such as shelf life and the elapsed time since first opening the packages. (7) This book may be not reprinted or reproduced whether wholly or partially, without the prior written permission of Matsushita Electric Industrial Co., Ltd.

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