SI5335C-B07525-GMR

Basic Information Overview

Category: Integrated Circuit (IC)
Use: Clock Generator and Multiplier
Characteristics: High-performance, Low-jitter, Programmable
Package: 20-QFN (Quad Flat No-Lead)
Essence: Clock synthesis and distribution
Packaging/Quantity: Tape and Reel, 2500 units per reel

Specifications and Parameters

Frequency Range: 1 MHz to 350 MHz
Output Clocks: Up to 12 differential or single-ended outputs
Supply Voltage: 2.5 V to 3.3 V
Operating Temperature Range: -40°C to +85°C
Phase Jitter: < 0.3 ps RMS (typical)

Detailed and Complete Pin Configuration

The SI5335C-B07525-GMR has a total of 20 pins. The pin configuration is as follows:

XAXB0: Differential input clock A
XAXB1: Differential input clock B
XAXB2: Differential input clock C
XAXB3: Differential input clock D
XAXB4: Differential input clock E
XAXB5: Differential input clock F
XAXB6: Differential input clock G
XAXB7: Differential input clock H
XAXB8: Differential input clock I
XAXB9: Differential input clock J
XAXB10: Differential input clock K
XAXB11: Differential input clock L
OUT0_P: Output 0 positive
OUT0_N: Output 0 negative
OUT1_P: Output 1 positive
OUT1_N: Output 1 negative
OUT2_P: Output 2 positive
OUT2_N: Output 2 negative
VDD: Power supply
GND: Ground

Functional Characteristics

Clock synthesis and multiplication
Programmable output frequencies and formats
Low phase noise and jitter
Spread Spectrum Clocking (SSC) support
I2C interface for configuration and control

Advantages and Disadvantages

Advantages: - High-performance clock generation - Flexible and programmable output options - Low jitter for improved system performance - Support for spread spectrum clocking

Disadvantages: - Requires external configuration and control via I2C interface - Limited to a specific frequency range (1 MHz to 350 MHz)

Applicable Range of Products

The SI5335C-B07525-GMR is suitable for various applications that require precise clock generation and distribution. It can be used in telecommunications, networking, data centers, industrial automation, and other electronic systems.

Working Principles

The SI5335C-B07525-GMR utilizes advanced PLL (Phase-Locked Loop) technology to generate and multiply input clock signals. It provides flexible output options and allows for precise frequency and format configuration through an I2C interface.

Detailed Application Field Plans

Telecommunications: Use the SI5335C-B07525-GMR to generate clock signals for high-speed data transmission in communication networks.
Networking: Employ the IC to synchronize multiple network devices and ensure accurate data transfer.
Data Centers: Utilize the clock generator for timing synchronization in server farms and storage systems.
Industrial Automation: Integrate the IC into automation systems to maintain precise timing for synchronized operations.
Electronic Systems: Apply the clock generator in various electronic devices that require accurate timing, such as test and measurement equipment, audio/video systems, and embedded systems.

Detailed Alternative Models

SI5338A-B-GM: Similar clock generator with extended frequency range and additional features.
SI5341B-B-GM: Clock generator with integrated jitter attenuator for improved signal quality.
SI5335C-A-GMR: Lower-cost version of the SI5335C-B07525-GMR with reduced features.
SI5340A-B-GM: Clock generator with higher output count and advanced clock distribution capabilities.
SI5332B-B-GM: Clock generator with lower power consumption and compact package size.

5 Common Technical Questions and Answers

Q: What is the maximum output frequency of the SI5335C-B07525-GMR? A: The maximum output frequency is 350 MHz.
Q: Can I program the output frequencies using an external microcontroller? A: Yes, the SI5335C-B07525-GMR supports configuration and control via an I2C interface, allowing external microcontrollers to program the output frequencies.
Q: Does the IC support spread spectrum clocking? A: Yes, the SI5335C-B07525-GMR provides support for spread spectrum