Blog về công ty Supply TI Evaluation Board:High-Speed Signal Evaluation Board,Clock Evaluation Board

Supply TI Evaluation Board:High-Speed Signal Evaluation Board,Clock Evaluation Board

Shenzhen Mingjiada Electronics Co., Ltd. has become a leading supplier in the field of electronic components by virtue of its rich product lines, stable supply channels, competitive prices, fast delivery and perfect after-sales service.

1. Complete product range covering a wide range of fields

We supply more than 2 million stock models of electronic components, covering a wide range of fields such as 5G, new energy, Internet of Things, Internet of Vehicles, Artificial Intelligence, medical treatment, industrial control and so on.

Main products include: IC, 5G IC, new energy IC, IoT IC, Bluetooth IC, IoT IC, automotive IC, automotive grade IC, base station IC, communication IC, AI IC, medical IC, home appliance IC, voice IC, memory IC, sensor IC, microcontroller IC, transceiver IC, mobile phone IC, Apple mobile phone IC/watch IC, wearable IC, Connectors, lighting ICs, diodes and a series of other products to meet customer demand for high-end components.

2. Stable supply channels and quality assurance

The company has established long-term relationships with manufacturers and agents in Hong Kong, Japan, Russia and Taiwan to ensure the stability of the supply channel.

All products undergo strict quality inspection and meet the technical standards of the original manufacturers, and we provide ISO9001 and ISO14001 certificates to ensure product quality.

3. Competitive price and fast delivery

Through efficient supply chain management, we provide competitive prices and shorten delivery lead time to meet customers' demand for cost and time efficiency.

The company has a professional logistics team to ensure that products can be quickly delivered to customers.

【High-Speed Signal Evaluation Board: The Vanguard Against the Data Deluge】

The surge in internet traffic and proliferation of network devices demand ever-greater data transmission speeds. As a critical tool for verifying system performance, the importance of high-speed signal evaluation boards continues to grow.

High-Speed Transceiver Evaluation Solution

The AFE7958 Evaluation Module (EVM) is specifically designed for evaluating the AFE795x series of high-speed transceivers. This module incorporates a 4-transmit, 6-receive RF sampling transceiver supporting a frequency range from 600MHz to 12GHz, with a maximum instantaneous bandwidth (IBW) of 1200MHz.

Key features include AC-coupled analogue inputs with on-board balanced-to-unbalanced converters, clocking provided by either on-board TI solutions or external options, and an FMC connector for interfacing with TI data acquisition cards.

Dedicated Evaluation Module

The TLK2711EVM-CVAL evaluation module focuses on point-to-point data transmission applications. The board supports serialiser/deserialiser functionality from 1.6 to 2.5 Gbps, utilising high-speed PLL technology to serialise, encode (8b/10b), and transmit data along a differential pair.

Its 3-volt tolerance on parallel data input signals and 16-bit parallel TTL-compatible data interface make it ideal for high-speed backplane interconnects and point-to-point data links.

The TLV3901 evaluation module focuses on assessing the performance of high-speed comparators. This device is a 150ps high-speed CML output comparator featuring rail-to-rail inputs and integrated hysteresis.

【Clock Evaluation Board: Guardian of Precision Timing】

Within high-speed digital systems, the quality of clock signals directly impacts overall system performance. Clock jitter, phase noise, and timing errors can all constrain the system's overall capabilities.

The LMK05028 evaluation module provides a solution for assessing network clock generators and synchronisers.

This device integrates two programmable-bandwidth digital phase-locked loops (DPLLs) to achieve attenuation of input drift and jitter.

Supporting four clock inputs, the module enables non-interruptive switching and holdover, delivering either eight differential output clocks, sixteen LVCMOS output clocks, or a combination of both.

The LMK03806B evaluation board is optimised for ultra-low jitter clock generation. It delivers low-jitter clocks via 14 differential outputs, supporting selectable differential output types (LVPECL, LVDS, LVCMOS).

Features include a crystal oscillator interface and buffered oscillator outputs, operating on a single 3.3V supply using either the on-board regulator option or direct power input.

For simpler clocking requirements, the CDC6C evaluation module provides an assessment solution for low-power LVCMOS BAW oscillators.

This device supports standard frequencies from 1MHz to 200MHz with total frequency stability of ±50ppm, accounting for all factors.