Photo Transistor

8 PIN SOP PHOTOTRANSISTOR

文件：701.61 Kbytes Page：12 Pages

8 PIN SOP PHOTOTRANSISTOR PHOTOCOUPLER

文件：734.4 Kbytes Page：12 Pages

200MHz Current Feedback Amplifier

The EL2070 is a wide bandwidth, fast settling monolithic amplifier incorporating a disable/enable feature. Built using an advanced complementary bipolar process, this amplifier uses current-mode feedback to achieve more bandwidth at a given gain than conventional operational amplifiers. Designed f

200MHz Current Feedback Amplifier

General Description The EL2070C is a wide bandwidth, fast settling monolithic amplifier incorporating a disable/enable feature. Built using an advanced complementary bipolar process, this amplifier uses current-mode feedback to achieve more bandwidth at a given gain than conventional operational

200MHz Current Feedback Amplifier

General Description The EL2070C is a wide bandwidth, fast settling monolithic amplifier incorporating a disable/enable feature. Built using an advanced complementary bipolar process, this amplifier uses current-mode feedback to achieve more bandwidth at a given gain than conventional operational

200MHz Current Feedback Amplifier

The EL2070 is a wide bandwidth, fast settling monolithic amplifier incorporating a disable/enable feature. Built using an advanced complementary bipolar process, this amplifier uses current-mode feedback to achieve more bandwidth at a given gain than conventional operational amplifiers. Designed f

200MHz Current Feedback Amplifier

The EL2070 is a wide bandwidth, fast settling monolithic amplifier incorporating a disable/enable feature. Built using an advanced complementary bipolar process, this amplifier uses current-mode feedback to achieve more bandwidth at a given gain than conventional operational amplifiers. Designed f

200MHz Current Feedback Amplifier

General Description The EL2070C is a wide bandwidth, fast settling monolithic amplifier incorporating a disable/enable feature. Built using an advanced complementary bipolar process, this amplifier uses current-mode feedback to achieve more bandwidth at a given gain than conventional operational

150MHz Current Feedback Amplifier

The EL2071 and EL2171 are wide bandwidth, fast settling monolithic amplifiers built using an advanced complementary bipolar process. The EL2071 has a disable/enable feature which allows power down and analog multiplexing. These amplifiers use current-mode feedback to achieve more bandwidth at a gi

150MHz Current Feedback Amplifier

The EL2071 and EL2171 are wide bandwidth, fast settling monolithic amplifiers built using an advanced complementary bipolar process. The EL2071 has a disable/enable feature which allows power down and analog multiplexing. These amplifiers use current-mode feedback to achieve more bandwidth at a gi

150MHz Current Feedback Amplifier

The EL2071 and EL2171 are wide bandwidth, fast settling monolithic amplifiers built using an advanced complementary bipolar process. The EL2071 has a disable/enable feature which allows power down and analog multiplexing. These amplifiers use current-mode feedback to achieve more bandwidth at a gi

730MHz Closed Loop Buffer

The EL2072 is a wide bandwidth, fast settling monolithic buffer built using an advanced complementary bipolar process. This buffer is closed loop to achieve lower output impedance and higher gain accuracy. Designed for closedloop unity gain, the EL2072 has a 730MHz -3dB bandwidth and 5ns settling

730 MHz Closed Loop Buffer

General Description The EL2072 is a wide bandwidth, fast settling monolithic buffer built using an advanced complementary bipolar process. This buffer is closed loop to achieve lower output impedance and higher gain accuracy. Designed for closed-loop unity gain, the EL2072 has a 730 MHz b3 dB ban

730 MHz Closed Loop Buffer

General Description The EL2072 is a wide bandwidth, fast settling monolithic buffer built using an advanced complementary bipolar process. This buffer is closed loop to achieve lower output impedance and higher gain accuracy. Designed for closed-loop unity gain, the EL2072 has a 730 MHz b3 dB ban

730MHz Closed Loop Buffer

The EL2072 is a wide bandwidth, fast settling monolithic buffer built using an advanced complementary bipolar process. This buffer is closed loop to achieve lower output impedance and higher gain accuracy. Designed for closedloop unity gain, the EL2072 has a 730MHz -3dB bandwidth and 5ns settling

730MHz Closed Loop Buffer

The EL2072 is a wide bandwidth, fast settling monolithic buffer built using an advanced complementary bipolar process. This buffer is closed loop to achieve lower output impedance and higher gain accuracy. Designed for closedloop unity gain, the EL2072 has a 730MHz -3dB bandwidth and 5ns settling

730 MHz Closed Loop Buffer

General Description The EL2072 is a wide bandwidth, fast settling monolithic buffer built using an advanced complementary bipolar process. This buffer is closed loop to achieve lower output impedance and higher gain accuracy. Designed for closed-loop unity gain, the EL2072 has a 730 MHz b3 dB ban

200MHz Unity-Gain Stable Operational Amplifier

General Description The EL2073C is a precision voltage-feedback amplifier featuring a 200MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature.

200MHz Unity-Gain Stable Operational Amplifier

Features • 200MHz gain-bandwidth product • Unity-gain stable • Ultra low video distortion = 0.01/0.015° @ NTSC/PAL • Conventional voltage-feedback topology • Low offset voltage = 200µV • Low bias current = 2µA • Low offset current = 0.1µA • Output current = 50mA over temper

200MHz Unity-Gain Stable Operational Amplifier

General Description The EL2073C is a precision voltage-feedback amplifier featuring a 200MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature.

200MHz Unity-Gain Stable Operational Amplifier

General Description The EL2073C is a precision voltage-feedback amplifier featuring a 200MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature.

200MHz Unity-Gain Stable Operational Amplifier

Features • 200MHz gain-bandwidth product • Unity-gain stable • Ultra low video distortion = 0.01/0.015° @ NTSC/PAL • Conventional voltage-feedback topology • Low offset voltage = 200µV • Low bias current = 2µA • Low offset current = 0.1µA • Output current = 50mA over temper

200MHz Unity-Gain Stable Operational Amplifier

General Description The EL2073C is a precision voltage-feedback amplifier featuring a 200MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature.

200MHz Unity-Gain Stable Operational Amplifier

Features • 200MHz gain-bandwidth product • Unity-gain stable • Ultra low video distortion = 0.01/0.015° @ NTSC/PAL • Conventional voltage-feedback topology • Low offset voltage = 200µV • Low bias current = 2µA • Low offset current = 0.1µA • Output current = 50mA over temper

400MHz GBWP Gain-of-2 Stable Operational Amplifier

The EL2074 is a precision voltagefeedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth product • Gain-of-2 st

400MHz GBWP Gain-of-2 Stable Operational Amplifier

General Description The EL2074C is a precision voltage-feedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth

400MHz GBWP Gain-of-2 Stable Operational Amplifier

General Description The EL2074C is a precision voltage-feedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth

400MHz GBWP Gain-of-2 Stable Operational Amplifier

The EL2074 is a precision voltagefeedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth product • Gain-of-2 st

400MHz GBWP Gain-of-2 Stable Operational Amplifier

The EL2074 is a precision voltagefeedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth product • Gain-of-2 st

400MHz GBWP Gain-of-2 Stable Operational Amplifier

General Description The EL2074C is a precision voltage-feedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth

400MHz GBWP Gain-of-2 Stable Operational Amplifier

General Description The EL2074C is a precision voltage-feedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth

400MHz GBWP Gain-of-2 Stable Operational Amplifier

The EL2074 is a precision voltagefeedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth product • Gain-of-2 st

400MHz GBWP Gain-of-2 Stable Operational Amplifier

General Description The EL2074C is a precision voltage-feedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth

400MHz GBWP Gain-of-2 Stable Operational Amplifier

The EL2074 is a precision voltagefeedback amplifier featuring a 400MHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 400MHz gain-bandwidth product • Gain-of-2 st

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

2GHz GBWP Gain-of-10 Stable Operational Amplifier

General Description The EL2075C is a precision voltage-feedback amplifier featuring a 2GHz gain-bandwidth product, fast settling time, excellent differential gain and differential phase performance, and a minimum of 50mA output current drive over temperature. Features • 2GHz gain-bandwidth prod

8 PIN SOP PHOTOTRANSISTOR

文件：701.61 Kbytes Page：12 Pages

8 PIN SOP PHOTOTRANSISTOR

文件：701.61 Kbytes Page：12 Pages

200MHz Current Feedback Amplifier

150MHz Current Feedback Amplifier

SMALL OUTLINE OPTOISOLATORS TRANSISTOR OUTPUT

These devices consist of a gallium arsenide infrared emitting diode optically coupled to a monolithic silicon phototransistor detector, in a surface mountable, small outline, plastic package. They are ideally suited for high density applications, and eliminate the need for through–the–board mounti

SCHOTTKY BARRIER RECTIFIERS(2.0A,70-100V)

SCHOTTKY BARRIER RECTIFIER 2.0A 70-100V

Operational Amplifiers

文件：194.55 Kbytes Page：10 Pages

Operational Amplifiers

文件：194.55 Kbytes Page：10 Pages

Darlington Phototransistor

文件：38.5 Kbytes Page：2 Pages