[HIGH POWER DETECTION] - This power meter can detect RF signal power within the range of -55dBm to -0dBm. It converts the RF signal into a DC voltage output, allowing for easy power measurement and analysis.
[ACCURATE SIGNAL DETECTION] - Designed with the advanced AD8317 chip, this RF logarithmic detector accurately measures RF signal power. It operates in a frequency range of 1M to 10GHz, making it suitable for a wide range of applications.
EASY TO USE: The AD831 rf mixer module provides +24 dBm third‑order intercept point, which can achieve ‑10 dBm LO power consumption, no need for high‑power LO drivers, no corresponding shielding and isolation issues.
GOOD PERFORMANCE: The mixer is designed for single power supply. The RF, IF and LO ports have DC isolation capacitors for easy use. The operating frequency of RF and LO inputs can be as high as 500MHz.
[Compact and Efficient] The double balanced design of this mixer allows for efficient mixing while maintaining a compact size. It requires higher drive levels, making it ideal for demanding RF applications.
[Durable Connectors] Equipped with standard SMA female connectors, this mixer ensures reliable connections with most devices, making it suitable for a wide range of applications.
2. AD831 provides +24 dBm third-order , which can achieve -10 dBm LO consumption. It does not require high- LO drivers, and there is no corresponding shielding and isolation problems. Therefore, compared with passive mixers, it can System performance, reduce system cost. .
3. The mixer is designed to be powered by a single supply, and the RF, IF and LO ports have DC isolation capacitors for easy . The operating frequency of the RF and LO inputs can be as high as 500MHz. The IF output is a single-ended voltage output. It has an output bandwidth of 250 MHz.
With 250 MHz output bandwidth, a single resistor connected between pins OUT and feedback is used to set the gain. This amplifier has low DC offset characteristics, so it can be used for DC coupling applications such as DC-baseband frequency conversion an
With 250 MHz output bandwidth, a single resistor connected between pins OUT and feedback is used to set the gain. This amplifier has low DC offset characteristics, so it can be used for DC coupling applications such as DC-baseband frequency conversion an
[High Performance Rf Mixer] This double-balanced mixer operates in the frequency range of 1.5-4.5GHz, converting RFto DC output. With its LO frequency of 312, it ensures optimal performance.
[ExcellentIsolation] The mixer features differential inputs, offering completeisolation and ensuring that only the desired productappears at the output. It eliminates interference for preciseprocessing.
1. AD831 is a low distortion, wide dynamic range, single-chip mixer, suitable for RF-IF down conversion in HF and VHF receivers, second mixer in base stations, DC-baseband conversion, and quadrature modulation And demodulation and frequency shift detection in ultrasound imaging and other applications
2. AD831 provides +24 dBm third-order point, which can achieve -10 dBm LO power consumption. It does not require high-power LO drivers, and there is no corresponding shielding and isolation problems. Therefore, compared with passive mixers, it can improve System performance, reduce system cost. .
The OPA1622 supports a wide supply voltage range of ±2V to ±18V with a supply current of only 2.6m per channel.
The OPA1622 is a dual, bipolar input, SoundPlus audio operational amplifier. The device features a low noise density of 2.8nV/Hz and a low +N of –119.2dB at 1kHz, while also driving a 32ohm load at 100mW output power.
From living rooms to car, the Mini Power Amplifier can be used in a variety of settings. Whether you are hosting a party in home or upgrading your car system, this amplifier will deliver exceptional sound quality.
With its impressive power output and sleek design, this amplifier is a must have for anyone who appreciates sound.
The OPA1622 is a dual, bipolar input, SoundPlus audio operational amplifier. The device features a low noise density of 2.8nV/Hz and a low +N of –119.2dB at 1kHz, while also driving a 32ohm load at 100mW output power.
The OPA1622's high AC Power Supply Rejection Ratio (PSRR) and Common Mode Rejection Ratio (CMRR) specifications eliminate noise from the power supply and are perfect for portable audio applications. In addition, the device features a high output drive of +145mA/–130mA for direct drive headphone.
[Material]: The audio amplifier module is made of high quality electronic component, small in size, good electrical conductivity and durable.
[Good Performance]: High reliability, strong vibration resistance, good electromechanical performance. Sound quality is very good by using this module. Mono audio power amplifier chip. High output and low power consumption.
2.This module can be for a wide range of voltage signal shaping period: as the frequency, phase difference time domain measurements and other front-end conditioning module.
Features: 1.TLV3501 is a single high-speed push-pull output comparator: delay is 4.5ns, supply voltage: + 2.7V to + 5.5V.
LM393 universal single supply comparator module enables voltage linear tunability. It can achieve high and low level and load driven dual channels output. It is convenient for front-end acquisition and acquisition of single-chip switching. Apply for NTC thermo sensitive temperature sensor, photosensitive sensor and vibration sensor.