High Power Drop-in Isolator is a crucial component in RF and microwave systems, specifically designed to handle high power levels while providing efficient signal isolation and protection against unwanted reflections.

Product Details

Characteristics and Applications

Its drop-in design allows for straightforward integration into various communication systems, radar systems, and test equipment, while its robust construction and reliable performance ensure efficient signal transmission and safeguard sensitive components from potential damage caused by high power levels. With a focus on high-quality materials and precision engineering, the High Power Drop-in Isolator delivers exceptional performance and reliability in demanding high-power RF and microwave applications.

Key Features & Advantages

High Power Handling Capacity: Capable of managing both high average power (ranging from hundreds of watts to kilowatts) and high peak power (up to tens of kilowatts).
Low Passive Intermodulation (PIM): Utilizes special materials and processes to ensure low PIM performance in carrier aggregation and high-power multi-carrier scenarios, preventing interference with communication signals.
Excellent Thermal Design: Employs metal-ceramic composite structures and options for forced air or liquid cooling interfaces to guarantee efficient heat dissipation.
High Isolation and Stability: Maintains excellent isolation and stable insertion loss even under high power and varying temperature conditions.
Robust Construction: Designed to withstand vibrations and shocks in harsh environments (e.g., cellular tower tops, airborne platforms).

Typical Applications

Macro & Small Cell Mobile Communication Base Stations
Broadcast Transmission Systems
Defense Radar & Electronic Warfare Systems
Industrial Heating & Scientific Research Equipment
Medical Equipment

Electrical Performance Table and Product Appearance

0.05~0.2GHz High Power Drop-in Isolator

Product Overview

The following products are case examples of VHF band High Power Drop-in Isolators. Product dimensions and port configurations can be customized based on high-power requirements and high reflected power.

Electrical Performance Table

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC50T200M-H⬇	0.05~0.2	10%	0.4	20	1.20	-55~+85℃	5000/500	Clockwise
HDITD50T200M-H⬇	0.05~0.2	10%	0.4	20	1.20	-55~+85℃	5000/500	Counter Clockwise

Product Appearance

2.7~4.0GHz Microstrip Circulator Appearance

0.1~0.3GHz High Power Drop-in Isolator

Product Overview

Here are commonly used products of Drop-in Circulator. This product covers the VHF~UHF band range with a relative bandwidth of up to 10~20%. Dimensions and frequency bands can be customized based on your requirements.

Electrical Performance Table

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC01T03G-H⬇	0.1~0.3	10%	0.4	20	1.20	-55~+85℃	5000/500	Clockwise
HDITD01T03G-H⬇	0.1~0.3	10%	0.4	20	1.20	-55~+85℃	5000/500	Counter Clockwise

3.5~5.0GHz Microstrip Circulator Appearance

0.25~0.6GHz High Power Drop-in Isolator

Product Overview

The following products are case examples of VHF to UHF band High Power Drop-in Isolators. Product dimensions and port configurations can be customized based on high-power requirements and high reflected power.

Electrical Performance Table

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC01T03G-H⬇	0.25~0.6	10%	0.4	20	1.20	-55~+85℃	5000/500	Clockwise
HDITD01T03G-H⬇	0.25~0.6	10%	0.4	20	1.20	-55~+85℃	5000/500	Counter Clockwise

4.8~8.0GHz Microstrip Circulator Appearance

0.5~1.0GHz High Power Drop-in Isolator

Product Overview

The following products are case examples of UHF band High Power Drop-in Isolators. Product dimensions and port configurations can be customized based on high-power requirements and high reflected power.

Electrical Performance Table

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC05T10G-H⬇	0.5~1.0	10%	0.4	20	1.20	-55~+85℃	2000/200	Clockwise
HDITD05T10G-H⬇	0.5~1.0	10%	0.4	20	1.20	-55~+85℃	2000/200	Counter Clockwise

5.0~6.0GHz Microstrip Circulator Appearance

1.0~6.0GHz High Power Drop-in Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC10T60G-H⬇	1.0~6.0	10%	0.4	20	1.20	-40~+70℃	2000/200	Clockwise
HDITD10T60G-H⬇	1.0~6.0	10%	0.4	20	1.20	-40~+70℃	2000/200	Counter Clockwise

7.0~9.5GHz Microstrip Circulator Appearance

1.0~6.0GHz High Power Drop-in Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC10T60G-H⬇	1.0~6.0	10%	0.4	20	1.20	-40~+70℃	1000/100/100	Clockwise
HDITD10T60G-H⬇	1.0~6.0	10%	0.4	20	1.20	-40~+70℃	1000/100/100	Counter Clockwise

8.0~18.0GHz Microstrip Circulator Appearance

1.6~3.4GHz High Power Drop-in Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC40T60G-H⬇	1.6~3.4	10%	0.4	20	1.20	-40~+70℃	1000/100	Clockwise
HDITD40T60G-H⬇	1.6~3.4	10%	0.4	20	1.20	-40~+70℃	1000/100	Counter Clockwise

4.0~6.0GHz High Power Drop-in Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC40T60G-H⬇	4.0~6.0	10%	0.4	20	1.2	-40~+70℃	500/80	Clockwise
HDITD40T60G-H⬇	4.0~6.0	10%	0.4	20	1.2	-40~+70℃	500/80	Counter Clockwise

14.0~20.0GHz Microstrip Circulator Appearance

5.0~12.0GHz High Power Drop-in Isolator

Model	Frequency(GHz)	BW Max	Insertion loss(dB) Max	Isolation(dB)Min	VSWR Max	operating temperature(℃)	PK/CW(Watt)	Direction
HDITC40T60G-H⬇	4.0~6.0	10%	0.4	20	1.2	-40~+70℃	500/80	Clockwise
HDITC40T60G-H⬇	4.0~6.0	10%	0.4	20	1.2	-40~+70℃	500/80	Counter Clockwise

Customization & Selection Guide

Operating Band: Ensure it covers all frequencies required by your system.
Power Handling Capacity: Select based on your system's transmit power (average and peak), allowing a certain margin.
Performance Requirements: Define specific requirements for Insertion Loss, Isolation, and VSWR/Return Loss.
Interface & Size: Choose a connector type and form factor compatible with your system board layout.
Environmental Conditions: Consider operating temperature range, vibration, humidity, etc.
Cost & Delivery: Balance cost and project timeline while meeting performance requirements.

Why Choose Our Product

Profound Technical Expertise: We have over 18 years of R&D experience in ferrite materials and microwave magnetics.
Fully Automated Production Lines: Ensure consistent excellence and reliability in every unit.
Professional Application Support: Our engineering team provides timely technical selection, customization, and failure analysis services.
Competitive Pricing & Lead Times: Economies of scale from mass production enable us to respond quickly to your orders.

About HzBeat

HzBeat is a leading RF component manufacturer specializing in RF circulators and isolators, as a global supplier of RF circulators and isolators (20MHz–200GHz), we providing microstrip, drop-in, coaxial, and waveguide solutions for communication systems, radar, satellite, and medical imaging.

For detailed technical documentation, sample requests, or customization needs, please do not hesitate to contact us. — we respond within 24 hours to ensure you get precise solutions for your design.

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High Power Drop-in Isolator