090-58537-01 SYMMETRICOM Gps Splitter

Review SYMMETRICOM Gps Active Splitter

Symmetricom 090-58537-01 GPS Splitter - Dual Output, High Performance, and Precise Signal Splitting

The Symmetricom 090-58537-01 GPS Splitter is an exceptional solution for applications requiring the simultaneous use of multiple GPS receivers. This device, engineered by Symmetricom, a leading provider of precision time and location solutions, delivers high performance and precise signal splitting.

The GPS splitter features a compact and rugged design, ensuring durability for various applications. With dimensions of 2.6 inches (L) x 1.6 inches (W) x 0.7 inches (H), it is a space-saving option for integrating multiple GPS receivers into your system.

The GPS splitter offers two independent output ports. Each output port is designed to deliver a high-quality GPS signal, ensuring optimal performance for connected GPS receivers. The splitter uses advanced filtering techniques to maintain signal integrity, minimizing the risk of interference between output ports.

The Symmetricom 090-58537-01 GPS Splitter is renowned for its exceptional signal processing capabilities. It employs a low-noise design, resulting in minimal signal degradation and maintaining the accuracy and reliability of the GPS signal. The device also features a wide input frequency range (1575.42 MHz 20 kHz) to accommodate various GPS applications.

The installation process for the GPS splitter is straightforward. It can be easily integrated into existing systems, requiring minimal configuration. The device features a simple interface, allowing users to monitor and manage its performance with ease.

- Dual output ports for simultaneous use of multiple GPS receivers

- High-performance signal splitting with advanced filtering techniques

- Compact, rugged design for various applications

- Wide input frequency range (1575.42 MHz 20 kHz)

- Low-noise design for minimal signal degradation

- Easy installation and user-friendly interface

The Symmetricom 090-58537-01 GPS Splitter is the perfect choice for users seeking a reliable and high-performance solution for powering multiple GPS receivers. Its advanced features, ease of use, and rugged design make it a versatile option for various applications, from fleet management to surveying and beyond.

Symmetricom 090-58537-01 GPS Splitter: A Detailed Analysis

The Symmetricom 090-58537-01 GPS Splitter is a device designed to split a single GPS signal into multiple outputs. This can be beneficial for various applications, such as providing GPS signals to multiple receivers in a vehicle or setting up a GPS surveying system. In this analysis, we will discuss the potential advantages and disadvantages of using this GPS splitter.

1. Improved Accuracy: By distributing a single GPS signal to multiple receivers, the Symmetricom GPS splitter ensures that all receivers receive the same signal, which can lead to improved accuracy and consistency in the GPS data.

2. Cost-effective Solution: Instead of purchasing multiple GPS receivers, using a GPS splitter can be a more cost-effective solution for applications requiring multiple GPS signals.

3. Versatile Application: The Symmetricom GPS splitter can be used in various applications, including automotive, surveying, aviation, and marine industries.

4. Robust Design: The device is designed to withstand harsh environments and can operate in temperatures ranging from -40 C to 85 C, making it suitable for outdoor applications.

1. Power Consumption: The GPS splitter may consume additional power, which could be a concern for applications with limited power supplies or where power consumption needs to be minimized.

2. Potential Signal Degradation: Splitting a GPS signal into multiple outputs can result in signal degradation, which may affect the accuracy and reliability of the GPS data. However, this issue can be mitigated by using high-quality GPS splitters and ensuring proper installation and calibration.

3. Complexity: Installing and configuring a GPS splitter can be more complex than using individual GPS receivers. This may require additional time, resources, and expertise.

The Symmetricom 090-58537-01 GPS Splitter offers several advantages for applications requiring multiple GPS signals. These benefits include improved accuracy, cost savings, versatility, and robust design. However, it also comes with certain disadvantages, such as increased power consumption, potential signal degradation, and complexity.

When considering the Symmetricom GPS splitter for your application, it is essential to weigh the advantages and disadvantages and determine if the benefits outweigh the drawbacks. Additionally, it is crucial to ensure proper installation, calibration, and maintenance to maximize the device's performance and ensure accurate GPS data.

Based on the analysis, the Symmetricom 090-58537-01 GPS Splitter is a suitable solution for applications that require multiple GPS signals while offering the benefits of improved accuracy, cost savings, versatility, and robust design. However, it is crucial to carefully consider the potential disadvantages and ensure proper installation, calibration, and maintenance to ensure optimal performance and accurate GPS data.

Details:

Like new 4 port go's active splitter great for Sadr projects.

specifications busitestercalib:

• brand: Symmetricom
• mpn: 090-58537-01
• part type: Splitter
• country/region of manufacture: United States

payments busitestercalib:

• credit card: visa
• other
• wallet: apple-pay

returns busitestercalib:

• policy: no returns

shipping busitestercalib:

• type: calculated
• transit: 5-11 days
• class: standard
• carrier: usps
• service: usps ground advantage

seller busitestercalib:

• city: seattle, washington
• # reviews: 54
• rating: 100.0%

general busitestercalib:

• category: Business & Industrial > Test, Measurement Inspection > Testers Calibrators

offer busitestercalib:

• sold #: 20
• prices: $199.99–$277.40
• item condition: Seller refurbished
• options: ship-to-home
• in stock #: 2
• best offers: true
• availability: in stock
• started: september 7, 2025