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DC-18000MHZ 2 Way Resistive Power Divider Splitter

DC-18000MHZ 2 Way Resistive Power Divider Splitter

Short Description:

Model Number: KPD-DC/18-2S

VSWR IN≤1.5 : 1 OUT≤1.5 : 1 across a wideband from DC to 18000MHz

Low RF Insertion Loss ≤6±2dB and excellent return loss performance

It can evenly distribute one signal into 2 way outputs,Available with SMA-Female Connectors

Highly Recommended,Classic design,Top quality.

It is space-qualified and has undergone additional reliability and quality assurance inspections during all phases of assembly, electrical evaluation, and shock/vibration testing.

Applications: mobile communications, satellite radar, electronic countermeasures, test and measurement and other ultra-wideband fields


Product Detail

Product Tags

Product Overview 

Sichuan Keenlion Microwave Technology KPD-DC^18G-2S splitter designed for wideband operation from DC to 18 GHz supporting many applications requiring high performance across a wide frequency range including alll the LTE bands through WiMax and WiFi, as well as instrumentation and more. This models provides excellent power handling up to 0.5W (as a splitter) with low insertion loss, good isolation, and low phase and amplitude unbalance .

The high frequency broadband DC-18000MHz Power Divider is a universal microwave/millimeter wave component, which is a kind of device that divides one input signal energy into four outputs equal energy; It can evenly distribute one signal into four outputs. Aluminum alloy shell, It can be customized

3

Main indicators

Frequency Range

DC~18 GHz

Insertion Loss

≤6 ±2dB

VSWR

≤1.5 : 1

Amplitude balance

±0.5dB

Impedance

50 OHMS

Connectors

SMA-Female

Power Handling

CW:0.5Watt

Outline Drawing

图片1

Packaging & Delivery

Selling Units:Single item

Single package size: 5.5X3.6X2.2 cm

Single gross weight:0.2kg

Package Type:Export Carton Package

Lead Time

Quantity(Pieces) 1 - 1 2 - 500 >500
Est. Time(days) 15 40 To be negotiated

Sichuan Keenlion Microwave Technology Founded in 2004, Sichuan Keenlion Mircrowave techenology CO.,Ltd is the leading manufacturer of the Passive Mircrowave components in Sichuan Chengdu ,China.

Lowpass filter is one of over RF, microwave and millimeter wave components supplied by Sichuan Keenlion Microwave Technology. Our low pass filter can be bought and shipped worldwide the same-day as with our other in-stock RF parts.

Low pass filter: set a frequency point. When the signal frequency is higher than this frequency, it cannot pass through. In digital signals, this frequency point is the cut-off frequency. When the frequency domain is higher than this cut-off frequency, all values are assigned as 0. Because in this process, all low-frequency signals pass through, it is called low-pass filtering

Low pass filter example:

A solid barrier is a low-pass filter for sound waves. When playing music in another room, it is easy to hear the bass of the music, but most of the treble is filtered out. Similarly, the very loud music in one car sounds like a bass beat to the people in another car, because at this time, the closed car (and air gap) acts as a low-pass filter and weakens all the treble.

Electronic low-pass filters are used to drive subwoofers and other types of loudspeakers and block the treble beats they cannot propagate effectively.

Radio transmitters use low-pass filters to block harmonic emissions that may cause interference with other communications.

DSL separator uses low-pass and high pass filters to separate DSL and pots signals sharing twisted pair.

Low pass filters also play an important role in electronic music sound processing synthesized by analog synthesizers such as Roland.

Ideal and practical filter an ideal low-pass filter can completely eliminate all frequency signals above the cut-off frequency, and the signals below the cut-off frequency can pass through unaffected. The actual conversion area no longer exists. An ideal low-pass filter can be obtained by mathematical method (theoretically) multiplying the signal by the rectangular function in the frequency domain. As a method with the same effect, it can also be obtained by convolution with sinc function in the time domain.

However, such a filter is not realizable for the actual real signal. This is because the sinc function is a function extending to infinity. Therefore, such a filter needs to predict the future and have all the data in the past in order to perform convolution. This is possible for a pre recorded digital signal (zero is added at the back of the signal so that the resulting filtered error is less than the quantization error) or an infinite cycle signal.

Practical filters in real-time applications approximate the ideal filter by delaying the signal for a short period of time so that they can "see" a small part of the future, which has been proved by phase shift. The higher the approximation accuracy, the longer the delay required.

The sampling theorem describes how to reconstruct a continuous signal from digital signal sampling using a perfect low-pass filter and Nyquist Shannon interpolation formula. The actual digital to analog converters use approximate filters.

FAQ

Q:Can your products bring the guest's logo?

A:Yes, our company can provide customized services according to customer requirements, such as size, appearance color, coating method, etc.

Q:Do you have your own brand?

A:Yes, all our products are independently developed by our professional design team. Guarantee our own products.


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