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Analog and Digital ICs
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40MHz Crystal Resonators for Wireless Charging
Supplier: Interquip Electronics Co., Ltd.High-Precision Crystal Resonators for Wireless Charging & Wearables Interquip provides high-quality SMCM-2016 and SMCM-3225 Quartz Crystal Resonators, specifically designed for wireless charging applications and wearable devices. These resonators deliver exceptional frequency stability and reliability, ensuring optimal performance in advanced electronic designs. ... -
Precision Oscillator Solutions
Supplier: Win Source ElectronicsHigh-precision oscillators provide stable frequency control, low phase noise, and reliable timing performance for telecommunications, aerospace, medical equipment, and advanced electronic systems. -
STM32F103C8T6 32-Bit Arm Cortex-M3 Microcontroller
Supplier: ERSAELECTRONICS PTE. LTD.The STM32F103C8T6 is a proven 32-bit Arm Cortex-M3 microcontroller that combines 72 MHz processing performance, 64 KB of Flash, 20 KB of SRAM, dual 12-bit ADCs, motor-control PWM, USB full-speed, CAN 2.0B, multiple serial interfaces, and flexible power-management functions in a compact 48-pin LQFP package. -
3.5MHz Low frequency SMD Crystal Resonators
Supplier: Interquip Electronics Co., Ltd.SMAC-7050 and SMAC-1045 are designed for low frequency range from 3.5MHz to 8.0MHz. The smallest and thinnest package by virtue of our self-developed package material and technology. The product height is only 1.4mm max and suitable for SMT process. Self-Material can ensure the stable material supply, supporting the customer long product cycle application. To learn more details about the... -
Interquip 1612 Thermistor Crystals for Automotive
Supplier: Interquip Electronics Co., Ltd.Based on the constantly changing market, Interquip pursues higher precision thermistor quartz crystal products, smaller sizes, and more suitable specifications to support different applications. Interquip will support multiple customized SMD1612 with different frequency like 52MHz and 76.8MHz, which will achieve high-speed and high stability requirements for data transmission in Automoti... -
Ultra Low ESR 32.768KHz Tuning Fork Crystals
Supplier: Interquip Electronics Co., Ltd.The ultra-miniature SMLF-1610 series of tuning fork crystals come in a 1.6 mm x 1.0 mm 2-pad ceramic package. Specifications: Nominal Frequency: 32.768KHz Frequency Tolerance, Ta=25°C ± 3°C: ±20ppm Load Capacitance: 5pF, 6pF, 7pF, 9pF, 12.5pF or specify Operating Temperature: -20°C ~ +70°C, -40°C ~ +85°C ... -
High-Precision Crystal Resonator for POS Terminals
Supplier: Interquip Electronics Co., Ltd.High-Precision Quartz Crystals for Reliable POS Performance Interquip provides premium quartz crystals tailored for POS terminal applications, ensuring high stability and precision. Designed to meet the growing global demand for secure and efficient payment systems, these crystals offer: Wide Frequency Range: 32.768KHz to 156.25MHz, covering diver... -
Crystal Resonator 1.6×1.2mm 38.4MHz 76.8MHz for 5G
Supplier: Interquip Electronics Co., Ltd.Based on the constantly changing market, Interquip pursues higher precision products, smaller sizes, and more suitable specifications to support different applications. Interquip will support multiple customized SMD1612 with different frequency like 38.4MHz and 76.8MHz, which will achieve high-speed and high stability requirements for data transmission in 5G products. Speci... -
76.8MHz AEC-Q200 Thermistor Crystal for Automotive
Supplier: Interquip Electronics Co., Ltd.Interquip introduces the THR-1612 series Thermistor crystal resonator, designed to excel in harsh automotive environments. Available in high frequencies of 52MHz and 76.8MHz, this resonator ensures frequency stability within ±10 ppm across a wide operating temperature range of -40°C to +125°C (Grade 1). With its compact 1.6x1.2mm package and compliance with AEC-Q200 standa... -
Spread Spectrum Crystal Oscillators to reduce EMI
Supplier: Interquip Electronics Co., Ltd.The 3225 package Spread Spectrum Crystal Oscillators from Interquip are designed to reduce electromagnetic interference (EMI) across your entire system. By spreading the output peak energy over a wider frequency range, these oscillators significantly reduce EMI and help meet the growing demands of modern electronic products. These oscillators help system designers sa...










