CS8156T Search Results

Contextual Info: CS8156TV Linear ICs Fixed Positive Voltage Regulator status Military/High-RelN Output Voltage Nominal V 12 Load Current Max. (A)750m Tolerance (%)5 Drop-Out Volt Max.600m P(D) Max. (W) Supply Voltage Maximum (V)26 Minimum Operating Temp (øC)-40 Maximum Operating Temp (øC)125

Contextual Info: CS8156TH Linear ICs Fixed Positive Voltage Regulator status Military/High-RelN Output Voltage Nominal V 12 Load Current Max. (A)750m Tolerance (%)5 Drop-Out Volt Max.600m P(D) Max. (W) Supply Voltage Maximum (V)26 Minimum Operating Temp (øC)-40 Maximum Operating Temp (øC)125

Contextual Info: CS8156T Linear ICs Fixed Positive Voltage Regulator status Military/High-RelN Output Voltage Nominal V 12 Load Current Max. (A)750m Tolerance (%)5 Drop-Out Volt Max.600m P(D) Max. (W) Supply Voltage Maximum (V)26 Minimum Operating Temp (øC)-40 Maximum Operating Temp (øC)125

Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description The CS-8156 is a 12V/5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% out­ p u t sources 100mA. The regulator is protected against over­ voltage conditions. Both outputs are

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Abstract: CS-8156T5 CS-8156TH5 CS-8156TV5
Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description Features The CS-8156 is a low dropout 12V / 5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% output sources 100mA. The regulator is protected against over­ voltage conditions. Both outputs are

CS-8156T5

Abstract: CS-8156TH5 CS-8156TV5
Contextual Info: CS-8156 CS-8156 12V, 5V Low Dropout Dual Regulator with ENABLE Features Description The CS-8156 is a low dropout 12V/5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% output sources 100mA. The regulator is protected against overvoltage conditions. Both outputs are

CS-8156T5

Abstract: CS-8156TH5 CS-8156TV5 12v and 5v regulated power supply circuit diagram
Contextual Info: 12V, 5V Low Dropout Dual Regulator w ith ENABLE Description Features The CS-8156 is a low dropout 12V /5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% output sources 100mA. The regulator is protected against over­ voltage conditions. Both outputs are

REC aluminum capacitor GR series

Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description The CS-8156 is a low dropout 12V/ 5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% output sources lOQmA. The regulator is protected against over­ voltage conditions. Both outputs are

Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description T h e C S-8156 is a low drop o u t 1 2 V /5 V d u al ou tp u t linear regulator. T h e 12V ± 5% outp u t sou rces 750m A and the 5V ±2.0% ou tp u t sou rces 100m A . T h e reg ulator is protected ag ain st o v er­

EL 14v 4c

Abstract: CS-8156T5 CS-8156TH5 CS-8156TV5
Contextual Info: CS-8156 CS-8156 12V, 5V Low Dropout Dual Regulator with ENABLE Description The CS-8156 is a low dropout 12V /5V dual output linear regulator. The 12V ± 5% output sources 750m A and the 5V ±2.0% output sources 100mA. The regulator is protected against over­

Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description The CS-8156 is a low dropout 12V/5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±20% output sources 100mA. The regulator is protected against over­ voltage conditions. Both outputs are

Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description The CS-8156 is a low dropout 12V / 5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% output sources 100mA. The on board ENABLE function con­ trols the regulator's two outputs. When

Contextual Info: 12V, 5V Low Dropout Dual Regulator with ENABLE Description Features The CS-8156 is a low dropout 12V/5V dual output linear regulator. The 12V ± 5% output sources 750mA and the 5V ±2.0% output sources 100mA. The regulator is protected against over­ voltage conditions. Both outputs are