What is the main function of fixed attenuator

(1) Adjust the size of the signal in the circuit; (2) In the comparison measurement circuit, the attenuation value of the network under test can be read directly; (3) If some circuits require a relatively stable load impedance, an attenuator can be inserted between the circuit and the actual load impedance to buffer the change of impedance.

If I exceed the maximum input level, will I burn out the fixed attenuator?

This is not recommended as it may cause data distortion or burn down attenuators.

All of HBTE fixed attenuators are tested and specified at 50Ω impedance, can I use them at 75Ω?

It is not recommended. If you need key specifications for the 75 Ω system, please contact our salesman. Our engineers will redesign the internal components for you to meet specific requirements.

Rf Antenna 3 Way Wilkinson Power Divider Splitter For Sale

Power Divider

As the name implies RF power dividers and combiners are used to split a single input into more than one output and divide the power equally. Accordingly, combiners are used to combine more than one input into a single output.

RF power dividers and combiners from HBTE are available in 2 way, 3 way, 4 way, 6 way, 8 way ，16 way, and 32-way port configurations. Our devices have SMA，N connectors and are reactive or resistive types. We provide frequency ranges from 0 (DC) to 18GHz. Our RF power dividers have maximum power between .5 watts and 50 watts. If you order our power divider, it will be ship from our enterprises' ISO 9001:2008 quality system certified manufacturing factory.

Types of Power Divider

Overview of HBTE RF Power Dividers

NO	Product number	Ways	Characteristic impedance (Ω)	frequency (GHz)	Power (W)	Insertion loss (dB)	Input standing wave ratio	Output standing wave ratio	Isolation (dB)	Connector
1	HBTE-PD2-1.785-1.805-N-50	1-2	50	1.785-1.805	50	≤0.3dB	≤1.3	≤1.3	≥20	N(female)
2	HBTE-PD2-2-6-S-50	1-2	50	2-6	50	≤0.8	≤1.30	≤1.25	≥18	SMA(female)
3	HBTE-PD2-DC-6-S-1	1-2	50	DC-6	1	6±1	≤1.4	≤1.4	6	SMA(female)
4	HBTE-PD2-0.5-6-S-50	1-2	50	0.5-6	50	≤1.2	≤1.4	≤1.3	≥17	SMA(female)
5	HBTE-PD2-0.4-4-N-10	1-2	50	0.4-4	50	≤1.2	≤1.35	≤1.25	≥20	N(female)
6	HBTE-PD2-0.7-6-N-30	1-2	50	0.7-6	50	≤1.3	≤1.35	≤13	≥18	N(female)
7	HBTE-PD3-0.7-6-S-50	1-3	50	0.7-6	50	≤1.3	≤1.5	≤1.4	≥18	SMA(female)
8	HBTE-PD4-0.7-6-S-50	1-4	50	0.7-6	50	≤1.8	≤1.4	≤1.3	≥18	SMA(female)
9	HBTE-PD4-0.4-4-N-10	1-4	50	0.4-4	10	≤7.7	≤1.4	≤1.3	≥18	N(female)
10	HBTE-PD4-0.5-6-S-50	1-4	50	0.5-6	50	≤2.8	≤1.4	≤1.35	≥15	SMA(female)
11	HBTE-PD6-0.7-6-S-20	1-6	50	0.7-6	50	≤1.5	≤1.5	≤1.5	≥18	SMA(female)
12	HBTE-PD8-0.7-6-N-50	1-8	50	0.7-6	50	≤3.8	≤1.5	≤1.4	≥18	N(female)
13	HBTE-PD8-0.7-6-S-50	1-8	50	0.7-6	50	≤3	≤1.4	≤1.3	≥18	SMA(female)
14	HBTE-PD8-0.5-6-S-50	1-8	50	0.5-6	50	≤3.5	≤1.5	≤1.3	50	SMA(female)
15	HBTE-PD12-0.7-6-S-20	1-12	50	0.7-6	50	≤2.8	≤1.8	≤1.6	≥18	SMA(female)
16	HBTE-PD16-0.7-6-S-50	1-16	50	0.7-6	50	≤4dB	≤1.55	≤1.45	≥18dB	SMA(female)
17	HBTE-PD32-0.7-4-S-10	1-32	50	0.7-4	50	≤3.6	≤1.55	≤1.40	≥20	SMA(female)
18	HBTE-CPD2-2-6-S-50	1-2	50	2-6	50	≤1	≤1.35	≤1.35	≥18	SMA(female)
19	HBTE-CPD4-2-6-S-50	1-4	50	2-6	50	≤1.2	≤1.5	≤1.3	≥18	SMA(female)
20	HBTE-CPD16-0.7-6-S-50（4350B）	1-16	50	0.7-6	50	≤3.5	≤1.55	≤1.35	≥18	SMA(female)
21	HBTE-CPD16-0.7-6-S-50（F4B）	1-16	50	0.7-6	50	≤6	≤1.55	≤1.35	≥18	SMA(female)
22	HBTE-CPD32-0.7-6-S-50（F4B）	1-32	50	0.7-6	50	≤4	≤1.55	≤1.35	≥18	SMA(female)
23	HBTE-CPD8-0.7-6-S-50（F4B）	1-8	50	0.7-6	50	≤4	≤1.55	≤1.35	≥18	SMA(female)
24	HBTE-CPD16-1.7-6-S-50	1-16	50	1.7-6	50	≤2	≤1.5	≤1.3	≥18	SMA(female)
25	HBTE-CPD2-0.7-6-S-50（F4B）	1-2	50	0.7-6	50	≤1.2	≤1.3	≤1.3	≥18	SMA(female)
26	HBTE-CPD232-1.7-6-S-50（F4B）	1-16	50	1.7-6	50	≤3	≤1.5	≤1.3	≥18	SMA(female)

FAQs of HBTE Power Divider

What is a power divider?

Power Dividers are passive RF devices that split an input signal into more than one output signals with minimal losses.

What is the difference between power divider and power splitter?

It is technically the same thing, Power dividers are often referred to as splitters. But engineers typically reserve the word “splitter” to mean an inexpensive resistive structure that splits power over very wide bandwidth but has a considerable loss and limited power handling.

How does a RF power divider work?

RF power dividers are used to split a single RF line into more than one line and divide the power, and combiners are used to combine more than one feed line into a single one.