STANFORD RESEARCH 36282 Lock Dsp Amplifier SR830

( Brand: Stanford Research ), ( Manufacturer Part Number: 36282 ), ( Model: SR830 ), ( Part Type: Lock Amplifier )

Review STANFORD RESEARCH Lock Model Dsp Amplifier

The Stanford Research Systems SR830 Lock-In Amplifier, model number 36282, is a highly advanced and versatile instrument designed for precise signal detection and analysis. This lock-in amplifier is part of Stanford Research Systems' renowned SR830 series, known for their exceptional performance and reliability.

The SR830 Lock-In Amplifier features a high-resolution digital signal processing (DSP) system, which provides superior noise reduction and signal-to-noise ratio (SNR). The DSP system allows for flexible and precise control of various parameters, such as the lock-in frequency, gain, and phase shift, enabling users to optimize their measurements for maximum accuracy and sensitivity.

The amplifier's input range is wide, covering frequencies from DC to 100 MHz, making it suitable for a broad range of applications. It also supports a variety of input signal types, including voltage, current, and thermocouple, ensuring compatibility with various experimental setups.

The SR830 Lock-In Amplifier is equipped with a high-speed digital interface, enabling easy data acquisition and control via computer. The interface supports popular data acquisition software, such as LabVIEW and MATLAB, making data analysis and visualization straightforward.

The amplifier's robust construction and rugged design ensure long-term reliability and stability, even in harsh environments. It features a user-friendly front-panel interface, allowing for easy access and control of the various settings without the need for a computer.

In summary, the Stanford Research Systems SR830 Lock-In Amplifier, model number 36282, is a powerful and versatile instrument for precise signal detection and analysis. Its high-resolution DSP system, wide input range, and compatibility with various input signals make it an excellent choice for a wide range of applications, from research and development to industrial and educational settings.

The SR830 Lock Stanford DSP Amplifier with Research 36282 Lock-in is a high-performance amplifier used in various scientific applications, such as spectroscopy, laser frequency stabilization, and more. Here are some pros and cons to consider before making a purchase:

1. High-Performance DSP: The built-in digital signal processing (DSP) allows for precise control and manipulation of the amplifier's output, which is beneficial for applications requiring precise frequency and amplitude control.

2. Lock-in Amplifier: The lock-in functionality enables sensitivity to small signals, making it suitable for detecting weak signals in various scientific applications.

3. Wide Frequency Range: The SR830 has a wide frequency range, which can accommodate various applications, from low to high frequency signals.

4. High Linearity: The amplifier offers high linearity, which is crucial for maintaining signal integrity and preventing distortion.

1. High Cost: The SR830 is a high-end, specialized piece of equipment, and its price reflects its advanced capabilities.

2. Complex Setup: The amplifier requires a good understanding of its features and functions to set up and use effectively, which may be challenging for beginners.

3. Power Consumption: The SR830 is a power-hungry device, which may lead to higher energy costs and may require a dedicated power source.

The SR830 Lock Stanford DSP Amplifier with Research 36282 Lock-in is an excellent choice for scientists and researchers involved in applications requiring high precision and sensitivity. Its advanced features and capabilities make it an invaluable tool for various scientific applications. However, its high cost and complex setup may make it less suitable for beginners or those with limited budgets. Before making a decision, it is essential to weigh the pros and cons and consider whether the SR830's advanced capabilities justify its cost.

If you are a professional scientist or researcher involved in applications requiring high precision and sensitivity, the SR830 Lock Stanford DSP Amplifier with Research 36282 Lock-in is a worthwhile investment. However, if you are a beginner or have a limited budget, you may want to consider less expensive alternatives with fewer advanced features.

Details:

Stanford Research dsp lock in amplifier model SR830recently checked out by martin calibration certificate included winter 60 ns5b.

part #: 36282 prices

• $3500.00-$3900.00

specifications raditeselec:

• brand: Stanford Research
• mpn: 36282
• model: Sr830
• part type: Lock Amplifier

Seller raditeselec:

• zipcode: 55401
• city: Minneapolis, Minnesota

Payments raditeselec:

• PayPal

Shipping raditeselec:

• handling: 1 days
• type: Calculated

General raditeselec:

• in stock: Yes
• condition: Used
• Business & Industrial > Electrical & Test Equipment > Test, Measurement & Inspection > Other Test & Measurement

Ratings:

1. Fast delivery 06-23-16
2. excellent ! 06-22-16
3. Worked great 06-21-16
4. AAAAA+++++ Awesome seller. GREAT communication. 06-22-16
5. Nice Transaction. 06-21-16

Returns raditeselec:

• type: Money Back
• policy: returns accepted
• paid by: Buyer
• time: 14 Days

Offer raditeselec:

• # Sold: 0
• # bids: 0
• best offer: true
• quantity: 1
• Started: June 23, 2016, 4:34 am

Stanford Research 36282 Is Similar To:

• Sr540 Stanford Research Systems Srs Chopper Controller Model (58.1% similar) Those fees are not included in this sale. Used, but in excellent operational condition khz. Guaranteed not DOA. Stanford Research model SR540 chopper controller. Reference outputs are provided for frequencies corresponding to each row of slots, as well as the sum and difference frequencies. List ...(August 28th, 2016)
• Sr620 Sr625 Stanford Research Systems With Rubidium Timebase (49.6% similar) Convenient cursors allow you to read the value of any data point in the histogram or strip chart. The instrument's single shot timing resolution and low jotter make it the counter of choice for almost any application. This listing is for a Stanford Research systems model SR620 time interval counter ...(June 8th, 2016)