Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ■Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ■Factory programmed at end-of-line for optimized switchpoints ■On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board

Ultrasensitive Two-Wire Chopper-Stabilized Unipolar Hall Effect Switches

Features and Benefits ▪ Chopper stabilization ▫ Low switchpoint drift over operating temperature range ▫ Low sensitivity to stress ▪ Factory programmed at end-of-line for optimized switchpoints ▪ On-chip protection ▫ Supply transient protection ▫ Reverse-battery protection ▫ On-board vo

SMD –大功率贴片保险丝

封装/外壳：SOT-23W 功能：单极开关 包装：散装 描述：MAGNETIC SWITCH UNIPOLAR SOT23W 传感器，变送器 磁性传感器 - 开关（固态）

封装/外壳：3-SSIP 功能：单极开关 包装：散装 描述：MAGNETIC SWITCH UNIPOLAR 3SIP 传感器，变送器 磁性传感器 - 开关（固态）

High Speed, Low Power, Current Feedback Video Operational Amplifier with Output Disable

The HFA1145 is a high speed, low power current feedback amplifier built with Intersil’s proprietary complementary bipolar UHF-1 process. Features • Low Supply Current . . . . . . . . . . . . . . . . . . . . . . . . 5.8mA • High Input Impedance . . . . . . . . . . . . . . . . . . . . . . . 1MΩ

Radiation Hardened, High Speed, Low Power, Current Feedback Video Operational Amplifier with Output Disable

The HS-1145RH is a high speed, low power current feedback amplifier built with Intersil’s proprietary complementary bipolar UHF-1 (DI bonded wafer) process. These devices are QML approved and are processed and screened in full compliance with MIL-PRF-38535. This amplifier features a TTL/CMOS comp

UHF-band Device Series

UHF-band Device Series

FM IF System (Quadrature Detector) for Car Radio

Features 1. On-chip IF count buffer circuit and microprocessor controlled switch circuit for ETR. 2. Compared to the LA1140, the LA1145, 1145M offer: 1 Improved signal meter output linearity; 2 Improved band mute temperature stability; 3 Improved S/N ratio; 4 Improved sound q

FM IF System (Quadrature Detector) for Car Radio

Features 1. On-chip IF count buffer circuit and microprocessor controlled switch circuit for ETR. 2. Compared to the LA1140, the LA1145, 1145M offer: 1 Improved signal meter output linearity; 2 Improved band mute temperature stability; 3 Improved S/N ratio; 4 Improved sound q