Model/Brand/Package
Category/Description
Inventory
Price
Data
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Category: Development kitDescription: LINEAR TECHNOLOGY SC-KIT-TBX Chip, sample kit, TIMERBLOX4802 -
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Category: Development kitDescription: MICROCHIP DM320007-C Development board, PIC32MZ EF microcontroller with encryption engine, MIPS32, 24MHz precision2427 -
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Category: Development kitDescription: This USERA???? The guide describes the features, operation, and use of the PGA309EVM-USB evaluation module (EVM). This userâ s guide describes the characteristics, operation, and use of the PGA309EVM-USB evaluation module (EVM).6111 -
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Category: Development kitDescription: MCP6N11 The Wheatstone Bridge Reference Design for Instrumentation Amplifier showcases the performance of Microchip's MCP6N11 instrumentation amplifier (INA) and a traditional triple operational amplifier INA using Microchip's MCP6V26 and MCP6V27 auto zero operational amplifiers. The input signal comes from the Wheatstone bridged RTD temperature sensor. Real interference added to the output of the bridge can provide a comparison of real performance. Data can be collected and displayed on a PC for ease of use. USB PICmicro ® The microcontroller and accompanying graphical user interface (GUI) provide methods for configuring the board and collecting sampling data. RTD temperature sensor INA signal conditioning PICmicro signal conditioning and communication PC software (GUI): Thermal management utility # # # Comes with USB cable # # Instrument amplifier, Microchip instrument amplifier is a different type of differential amplifier equipped with input buffer amplifier, without the need for input matching impedance. Features include ultra-low DC offset, low drift, low noise, extremely high open circuit gain, extremely high common mode rejection ratio, and extremely high input impedance.6045 -
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Category: Development kitDescription: Power Management IC Development Tool PIC18F65J90/MCP6L02 Energy Meter9474 -
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Category: Development kitDescription: NV477xxPDAJGEVB - 350 mA LDO Regulator evaluation board, ON Semiconductor NCV47700/01/10/11 series evaluation board is used for low voltage drop regulators. LDO is designed for automotive environments and provides overcurrent/over temperature protection. The applications of voltage regulators include satellite radio, navigation, and audio systems. All models have adjustable current limits ranging from 10 mA to 350 mA with an accuracy of 10%. Provide four evaluation boards: NV47700PDAJGEVB (RS 117-6730) with ON Semiconductor NCV47700PDAJGR2G LDO regulator (RS 821-3403) adjustable voltage: 5 V to 20 V, * * accuracy of 6% * * startup input: * * 5 V * * logic compatibility threshold NV47701PDAJGEVB (RS 117-6731) with ON Semiconductor NCV47701PDAJGEVB (RS 822-9388) adjustable voltage: 5 V to 20 V, * * accuracy of 3% * * startup input: * * 5 V * logic compatibility threshold NV47710PDAJGEVB (RS 121-8384) with ON Semiconductor NCV47701PDAJGEVB 0PDAJR2G LDO regulator (RS 822-9385) adjustable voltage: 5 V to 20 V, * * accuracy of 6% * * startup input: * * 3.3 V * * logic compatible threshold NV47711PDAJGEVB (RS 117-6749) with ON Semiconductor NCV47711PDAJR2G LDO regulator (RS 822-9397) adjustable voltage: 5 V to 20 V, **Accuracy of 3% * * Start input: * * 3.3 V * * Logic compatibility threshold # # # LDO (low voltage drop) linear regulator, ON Semiconductor low voltage drop or LDO is a linear regulator. We have multiple series of linear regulators. LDO regulators can operate when the input-output differential voltage is low. LDO regulators can provide fast transient response, wide input voltage range, low static current, low noise, and high PSRR.7658 -
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Category: Development kitDescription: Evaluation Board For NCV70627 Single-chip Micro-stepping Motor Driver1851 -
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Category: Development kitDescription: NS3L500MTGEVB - 8 The NS3L500MTGEVB * * of Semiconductor * * * is an evaluation board for 8-channel 2:1 LAN switches. Equipped with three additional built-in SPDT switches for LED wiring. **The NS3L500 * * Gigabit LAN switch features low on state resistance and capacitance, as well as an 800 MHz bandwidth. The board is connected to the device through an SMA connector. The eight channel 2:1 LAN switch can be found in the laptop docking station. It can be used for various applications, including 10/100/1000 Base-T Ethernet signal switches, differential (LVDS, LVPECL) signal switches, and wheel hub and router signal switching. Bidirectional switch with three SPDT channels for LED signal conversion VCC operating range: 3.0 V to 3.6 V Low on resistance: RON=4 Low on capacitance: CON=7 PF Flat on resistance: RON (flat)=0.5 Wide bandwidth: 800 MHz Low crosstalk: XTALK=-37 dB Near zero propagation delay: 250 ps Low bit bias: (tsk (o)=100 ps Max) # # # Analog switches, multiplexers, and crossover switches, ON Semiconductor4853 -
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Category: Development kitDescription: ON SEMICONDUCTOR NCV97310MW33GEVB Evaluation Board, Power Management Unit, 2MHz Fixed Frequency Regulator, 4.1-45V Supply5097 -
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Category: Development kitDescription: NCV7683 8Channel Enhanced 100mA Linear Current Regulator and Controller Evaluation Board1438 -
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Category: Development kitDescription: NCP702 ON Semiconductor has launched the NCP702 series low-voltage regulator evaluation board. This series covers various voltages, ranging from 1.8 V to 3.3 V (at 200 mA). Low voltage drop regulators have multiple functions, such as 11 μ VRMS ultra-low noise and 68 dB PSRR (at 1 kHz), without the need for noise capacitors. This demonstration board operates at a DC input voltage of ≤ 5.5 V and can generate a fixed output voltage of LDO IC. By using an external waveform generator, you can connect to the enable (EN) pin to confirm the on/off operation. Logic EN allows you to control the on or off of the output voltage. This board can completely prevent overload, short circuit, and overheating. NCP702MX28TCGEVB 121-8374 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX30TCGEVB 121-8375 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX33TCGEVB 121-8376 \ -3.3 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN18T1GEVB 121-8377 \ -1.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN28T1GEVB 121-8378 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN30T1GEVB 121-8379 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN33T1GEVB 121-8380 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board Linear regulator evaluation board _ Features _ Adaptive grounding current: Under no-load conditions, it can achieve a static current of 10 μ A in a compact package size. Low voltage drop can achieve ultra-low noise levels and good load/line transient performance. When the EN is low, the device can consume 10 nA current from the IN terminal # # # LDO（ Low voltage drop (LDO) linear regulator, ON Semiconductor low voltage drop or LDO is a linear regulator. We have multiple series of linear regulators. LDO regulators can operate when the input-output differential voltage is low. LDO regulators can provide fast transient response, wide input voltage range, low static current, low noise, and high PSRR.3248 -
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Category: Development kitDescription: EVALUATION BOARD FOR NCS2563 IS A 3Channel HIGH SPEED VIDEO AMPLIFIER2323 -
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Category: Development kitDescription: NCP702 ON Semiconductor has launched the NCP702 series low-voltage regulator evaluation board. This series covers various voltages, ranging from 1.8 V to 3.3 V (at 200 mA). Low voltage drop regulators have multiple functions, such as 11 μ VRMS ultra-low noise and 68 dB PSRR (at 1 kHz), without the need for noise capacitors. This demonstration board operates at a DC input voltage of ≤ 5.5 V and can generate a fixed output voltage of LDO IC. By using an external waveform generator, you can connect to the enable (EN) pin to confirm the on/off operation. Logic EN allows you to control the on or off of the output voltage. This board can completely prevent overload, short circuit, and overheating. NCP702MX28TCGEVB 121-8374 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX30TCGEVB 121-8375 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX33TCGEVB 121-8376 \ -3.3 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN18T1GEVB 121-8377 \ -1.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN28T1GEVB 121-8378 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN30T1GEVB 121-8379 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN33T1GEVB 121-8380 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board Linear regulator evaluation board _ Features _ Adaptive grounding current: Under no-load conditions, it can achieve a static current of 10 μ A in a compact package size. Low voltage drop can achieve ultra-low noise levels and good load/line transient performance. When the EN is low, the device can consume 10 nA current from the IN terminal # # # LDO（ Low voltage drop (LDO) linear regulator, ON Semiconductor low voltage drop or LDO is a linear regulator. We have multiple series of linear regulators. LDO regulators can operate when the input-output differential voltage is low. LDO regulators can provide fast transient response, wide input voltage range, low static current, low noise, and high PSRR.7459 -
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Category: Development kitDescription: ON SEMICONDUCTOR NCP692MNADT2GEVB Evaluation Board, 1A/1.25-5V Adjustable CMOS LDO, Short Circuit & Thermal Protection, 6V Supply9050 -
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Category: Development kitDescription: NCP692MN18T2G Linear Regulator 1.5VDC to 5VDC Output Evaluation Board Automotive4797 -
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Category: Development kitDescription: NCP702 ON Semiconductor has launched the NCP702 series low-voltage regulator evaluation board. This series covers various voltages, ranging from 1.8 V to 3.3 V (at 200 mA). Low voltage drop regulators have multiple functions, such as 11 μ VRMS ultra-low noise and 68 dB PSRR (at 1 kHz), without the need for noise capacitors. This demonstration board operates at a DC input voltage of ≤ 5.5 V and can generate a fixed output voltage of LDO IC. By using an external waveform generator, you can connect to the enable (EN) pin to confirm the on/off operation. Logic EN allows you to control the on or off of the output voltage. This board can completely prevent overload, short circuit, and overheating. NCP702MX28TCGEVB 121-8374 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX30TCGEVB 121-8375 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX33TCGEVB 121-8376 \ -3.3 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN18T1GEVB 121-8377 \ -1.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN28T1GEVB 121-8378 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN30T1GEVB 121-8379 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN33T1GEVB 121-8380 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board Linear regulator evaluation board _ Features _ Adaptive grounding current: Under no-load conditions, it can achieve a static current of 10 μ A in a compact package size. Low voltage drop can achieve ultra-low noise levels and good load/line transient performance. When the EN is low, the device can consume 10 nA current from the IN terminal # # # LDO（ Low voltage drop (LDO) linear regulator, ON Semiconductor low voltage drop or LDO is a linear regulator. We have multiple series of linear regulators. LDO regulators can operate when the input-output differential voltage is low. LDO regulators can provide fast transient response, wide input voltage range, low static current, low noise, and high PSRR.6673 -
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Category: Development kitDescription: NCP702 ON Semiconductor has launched the NCP702 series low-voltage regulator evaluation board. This series covers various voltages, ranging from 1.8 V to 3.3 V (at 200 mA). Low voltage drop regulators have multiple functions, such as 11 μ VRMS ultra-low noise and 68 dB PSRR (at 1 kHz), without the need for noise capacitors. This demonstration board operates at a DC input voltage of ≤ 5.5 V and can generate a fixed output voltage of LDO IC. By using an external waveform generator, you can connect to the enable (EN) pin to confirm the on/off operation. Logic EN allows you to control the on or off of the output voltage. This board can completely prevent overload, short circuit, and overheating. NCP702MX28TCGEVB 121-8374 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX30TCGEVB 121-8375 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702MX33TCGEVB 121-8376 \ -3.3 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN18T1GEVB 121-8377 \ -1.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN28T1GEVB 121-8378 \ -2.8 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN30T1GEVB 121-8379 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board NCP702SN33T1GEVB 121-8380 \ -3.0 V Low Voltage Drop Linear Regulator Evaluation Board Linear regulator evaluation board _ Features _ Adaptive grounding current: Under no-load conditions, it can achieve a static current of 10 μ A in a compact package size. Low voltage drop can achieve ultra-low noise levels and good load/line transient performance. When the EN is low, the device can consume 10 nA current from the IN terminal # # # LDO（ Low voltage drop (LDO) linear regulator, ON Semiconductor low voltage drop or LDO is a linear regulator. We have multiple series of linear regulators. LDO regulators can operate when the input-output differential voltage is low. LDO regulators can provide fast transient response, wide input voltage range, low static current, low noise, and high PSRR.6308
