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M1 transistor

Catalog Datasheet MFG & Type PDF Document Tags

8437 diode

Abstract: 13003 transistor power supply circuits characteristics of the M1 transistor (700 mA max.). In the S-8437/8438 Series, 39 to 820 µH of inductance is , specified as a high value. However, the DC resistance loss in L and the M1 transistor becomes small because , . S-8437AF 2. S-8438AF -VOUT CONT CONT VIN VIN M1 M1 R1 Control circuit , S-8437/8438 Series Operation The S-8437/8438 Series consists of a power MOS FET (M1) and a CR oscillation circuit. M1 is turned on and off by the CR oscillation circuit. When M1 is on (tON
Seiko Instruments
Original
8437 diode 13003 transistor power supply circuits cc 471k Denki 13003 TRANSISTOR equivalent RCH654 NLC453232 RCH654-101K

8438 Series

Abstract: DINS4 characteristics of the M1 transistor (700 mA max.). OD In the S-8437/8438 Series, 39 to 820 µH of inductance , M1 transistor becomes small because of the reduced IPK, and the efficiency is improved overall. As , Applications OD n Features 2. S-8438AF CONT VIN M1 M1 R1 Control circuit Control , consists of a power MOS FET (M1) and a CR oscillation circuit. M1 is turned on and off by the CR oscillation circuit. When M1 is on (tON), energy is accumulated in the inductor (L). When M1 is off (tOFF
Seiko Instruments
Original
8438 Series DINS4 uC 8438 D1NS4 diode M1 transistor S-8438

DINS4

Abstract: M1 transistor characteristics of the M1 transistor (700 mA max.). In the S-8437/8438 Series, 39 to 820 µH of inductance is , specified as a high value. However, the DC resistance loss in L and the M1 transistor becomes small because , 1. S-8437AF 2. S-8438AF -VOUT CONT CONT VIN VIN M1 M1 R1 Control , MOS FET (M1) and a CR oscillation circuit. M1 is turned on and off by the CR oscillation circuit. When M1 is on (tON), energy is accumulated in the inductor (L). When M1 is off (tOFF), the accumulated
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Original
S-8438AF-ZB-X variable coil VIN20- UP005-A
Abstract: limited due to the characteristics of the M1 transistor (700 mA max.). 820 |xH ofinductance isrecommended , loss in L As indicated in the and the M1 transistor becomes small because of the reduced lPK, and , Series_ Operation The S-8437/8438 Series consists of a power MOS FET (M1) and a oscillation circuit. When M1 is on transferred to the - V 0 ut ( t 0 N), CR oscillation circuit. M1 is turned on and off by the ( Î off) , CR energy is accumulated in the inductor (L). When M1 is off -
OCR Scan

DINS4

Abstract: M1 transistor %. Power MOS FET M1 : In the S-8437/8438 Series, the switching transistor consists of a large Pch power MOS , characteristics of the M1 transistor (700 mA max.). In the S-8437/8438 Series, 39 to 820 /M of Inductance is , specified as a high value. However, the DC resistance loss In L and the M1 transistor becomes small because , " -VouT â'"o- M1 T Control circuit f-c Oscillation circuit Vss a; :r1 :R2 Reference voltage circuit 2. S-8438AF Vin Figure 1 CONT T M1 Ï Control circuit Oscillation circuit a -X^ZL Vss
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OCR Scan
S-8437AF-ZA-X 8438 os 8437 S-8437 zt sot-89 SOT-89-5 PACKAGE

diode 1S1588 equivalent

Abstract: FL5H470K the switching transistor (M1), the CR oscillation circuit, and the Schottky diode. The CR , frequency). Switching transistor (M1) : A large-capacity Nch MOS transistor. Use an inductor whose , is limited due to the characteristics of the M1 transistor (500 mA max.). PR In the S , loss in L and the M1 transistor becomes small because of the reduced IPK, and the efficiency is , ) 18. Rising/falling time of switching transistor (M1) 18.1 Rising time (tON) -Ambient temperature
Seiko Instruments
Original
S-8430AF diode 1S1588 equivalent FL5H470K 1S1588 S-807 FE008-A

25C11

Abstract: 1S1588 switching transistor (M1), the CR oscillation circuit, and the Schottky diode. The CR oscillation circuit , 14. Oscillating frequency). Switching transistor (M1) : A large-capacity Nch MOS transistor. Use an , M1 transistor (500 mA max.). In the S-8430AF, recommended inductance is between 30 and 270 ^H. , must be specified as a high value. However, the DC resistance loss in L and the M1 transistor becomes , ) 18. Rising/falling time of switching transistor (M1) 18.1 Rising time (toN) -Ambient temperature (Ta
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OCR Scan
25C11 FL5H101K 100//H

diode 1S1588 equivalent

Abstract: shindengen regulator . Oscillating frequency). Switching transistor (M1) : A large-capacity Nch MOS transistor. Use an inductor , specified as a high value. However, the DC resistance loss in L and the M1 transistor becomes small because , /falling time of switching transistor (M1) 18.1 Rising time (tON) -Ambient temperature (Ta) 18.2 , Diagram VSW CONT VIN M2 M1 + - CR oscillation circuit * + - VOUT Ref , current of switching transistor Input voltage for ON/OFF, SEL1, and SEL2 pins VOUT Ta ISW ISWQ
Seiko Instruments
Original
shindengen regulator

FL5H470K

Abstract: FL5H101K transistor M1 transistor is limited due to the characteristics of the In the S-8430AF, recom m ended , loss in L and the M1 transistor becom es small because of the reduced lPK, and the efficiency is im , /falling tim e of switching transistor (M1) 18.1 Rising tim e (t0 N) -A m b ie n t tem perature (Ta) 100 , itching current Leakage current of switching transistor Input voltage for O N /O FF, SEL1, and SEL2 pins O , inductor, the forw ard voltage detection of the diode and the voltage reduction of the M2 transistor
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OCR Scan

S-8430AF

Abstract: FL5H101K the switching regulator. The switching regulator consists of the switching transistor (M1), the CR , Selection of External Parts 1. Inductor). Switching transistor (M1) : Schottky diode : VSW voltage , limited due to the characteristics of the M1 transistor (500 mA max.). In the S-8430AF, recommended , and the M1 transistor becomes small because of the reduced IPK, and the efficiency is improved overall , 15 20 IOUT (mA) 18. Rising/falling time of switching transistor (M1) 18.1 Rising time (tON
Seiko Instruments
Original
Schottky diode 8 pin S8430AF

diode 1S1588 equivalent

Abstract: S-8430AF diagram of the switching regulator. The switching regulator consists of the switching transistor (M1), the , Switching transistor (M1) :A large-capacity Nch MOS transistor. Use an inductor whose peak current ( I p k , M1 transistor (500 mA max.). In the S-8430AF, recommended inductance is between 30 and 270 /M. Using , must be specified as a high value. However, the DC resistance loss in L and the M1 transistor becomes , . Rising/falling time of switching transistor (M1) 18.1 Rising time (toN) -A m b ie n t temperature (Ta
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OCR Scan

n70f

Abstract: S8430-AF high value. However, the DC resistance loss in L and the M1 transistor becom es small because of the , M1 transistor Table 4 Product name FL5H470K FL5H101K FL5H27AK Manufacture Taiyo Yuden Taiyo Yuden , 10 15 Iou t 20 (mA) Iou t (mA) 18. Rising/falling tim e of switching transistor (M1 , SEL2=H or L Sw itching current Leakage current of switching transistor Input voltage for O N /O FF , inductor, the forw ard voltage detection of the diode and the voltage reduction of the M2 transistor
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OCR Scan
n70f S8430-AF
Abstract: ch aracteristics of the M1 transistor (500 m A m ax.). In the S -8430 A F , re c o m m en d e d , value. H ow ever, the D C resistan ce loss in L and the M1 transistor b e c o m e s sm all b e c a u s , an d th e v o lta g e re d u c tio n o f th e M 2 transistor. 3 - 244 Seiko Instruments Inc , 10 11 12 Vsw ^ Figure 9 Input/output voltage difference of transistor M2 T h e O N /O F , transistor M 2 from the input voltage is output. T h e S E L 2 pin is en abled only during operation. Its -
OCR Scan

Marcon capacitor Co

Abstract: CACFM M1 transistor must be five times of Iout- Ipk is limited due to the characteristics of the M1 , . However, the DC resistance loss in L and the M1 transistor becomes small because of the reduced Ipk, and , an external transistor to boost the available output current. These series are suitable for use as , transistor (S-8436 series). â  Built-in CR oscillation circuit â'¢ Built-in schottky diode (S-8435 series , : External inductor connection terminal EXT:External transistor connection terminal 2 Vss GND terminal 3
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OCR Scan
2SK1112 Marcon capacitor Co CACFM D1N54 2SC3279 equivalent CACFM 1A220M S-8435/8436 RCH855 47//H

HC 8436

Abstract: marcon capacitor ce duty ratio of the OSC is 60% and Ip« equals 5 x Io u t . the Ipk current flowing in the M1 transistor must be five times of Io u t - Ip k is limited due to the characteristics of the M1 transistor (500 mA , high value. However, the DC resistance loss in L and the M1 transistor becomes small because of the , hese series are transistor to boost the available output current. their small 5-pin package and few , max. · Shutdown function · Large output currents can be obtained with an external transistor (S-8436 s
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OCR Scan
HC 8436 marcon capacitor ce marcon CE capacitor seiko hc 1000 transistor lr 3303 S-8435 equivalent tr

LD01

Abstract: IM42 VBAT* GNDM 3 VBATL8 VBATL pins 9 VBATL6 The M1 transistor is only present in the 11 VBATL7 VBATL8 circuit. VBAT3 VBAT1 M1 VBATL* GNDM 4 LDO8O LDO output
SANYO Electric
Original
LV5103LP LD01 IM42 LD02 LD08 ENA0585 A0585-11/11
Abstract: Power supply pins VBAT3 VBAT* GNDM 3 VBATL8 VBATL pins 9 VBATL6 The M1 transistor is only present in the 11 VBATL7 VBATL8 circuit. VBAT3 VBAT1 M1 VBATL ON Semiconductor
Original
20061003-S00002 A0585-1/11
Abstract: The M1 transistor is only present in the 11 VBATL7 VBATL8 circuit. VBAT3 VBAT1 M1 SANYO Electric
Original

8322

Abstract: SEIKO times IOUT flows into transistor M1. The S-8321 Series includes a switching current control circuit , voltage becomes high. However, DC resistance loss in L and the M1 transistor becomes small because of , applications requiring a high output current, products used with an external transistor are also available in S , Shutdown function External transistor type is available (S-8322 Series) A Series : SOT-23-5 package B , External transistor connection Note 2 1 1 2 3 4 5 2 3 1 x CONT EXT ON / OFF VOUT NC
Seiko Instruments
Original
8322 SEIKO LMT 2902 D lmt 2902 S-8321/8322 MP005-A

TSB89

Abstract: MAX13448EESD inputs feature hot-swap capability. At the input there are two NMOS devices, M1 and M2 (Figure 9). When VCC ramps from zero, an internal 7µs timer turns on M2 and sets the SR latch that also turns on M1. Transistor M2, a 1.5mA current sink, and M1, a 100µA current sink, pull DE to GND through a 5k resistor. M2 , Termination and Cabling/Wiring Configurations TIMER 5k DE (HOT SWAP) DE 100A 500A M1 M2 , that can drive DE high. After 7µs, the timer deactivates M2 while M1 remains on, holding DE low
Maxim Integrated Products
Original
TSB89 MAX13448EESD RS-485 Network RS-485 MAX13448E TIA/EIA-485 S14-5
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