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Maximum Operating Temperature :
Number of Channels :
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2 products
IMAGE PART NO. PRICE QUANTITY STOCK MANUFACTURE DESCRIPTION Vgs - Gate-Source Voltage Minimum Operating Temperature Maximum Operating Temperature Series Number of Channels Length Width Height Configuration Technology Transistor Polarity Channel Mode Input Type Output Current per Channel Ib - Input Bias Current Vcm - Common Mode Voltage CMRR - Common Mode Rejection Ratio Voltage Gain dB Amplifier Type en - Input Voltage Noise Density Rise Time Fall Time Transistor Type Package Power supply voltage - maximum Power supply voltage - minimum Installation style Factory packaging quantity unit weight GBP-gain bandwidth product SR - Conversion rate Vos - Input Bias Voltage Working power supply current Power type Dual supply voltage Maximum dual supply voltage Minimum dual supply voltage Vds-drain source breakdown voltage Id-continuous drain current Rds On-drain source on-resistance Pd-power dissipation Typical shutdown delay time Typical on-delay time Widt
ISL9N310AS3
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RFQ
24,907
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onsemi MOSFET N-Ch LL UltraFET PWM Optimized 20 V - 55 C + 175 C ISL9N310 1 Channel 10.29 mm   7.88 mm Single Si N-Channel Enhancement                 52 ns 36 ns 1 N-Channel Tube     Through Hole 50 2.387 g                 30 V 62 A 15 mOhms 70 W 39 ns 11 ns 4.83 mm
5962-8771001PA
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RFQ
350
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Texas instruments Operational Amplifiers - Op Amps DUAL OP AMP   - 55 C + 125 C   2 Channel 9.6 mm 6.67 mm 4.57 mm   Bipolar     Rail-to-Rail 30 mA 150 nA Negative Rail to Positive Rail - 1.5 V 70 dB to 80 dB 100 dB High Gain Amplifier 40 nV/sqrt Hz       Tube 32 V 3 V Through Hole 1   700 kHz 0.3 V/us 5 mV 350 uA Single, Dual +/- 3 V, +/- 5 V, +/- 9 V +/- 16 V +/- 1.5 V              
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