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Basic Info.Product Description
Basic Info.
Place of Origin | Sichuan, China |
Brand me | HzBeat |
Model Number | HCCTA/B |
Mounting Type | SMA/N |
Description | Accept customization |
Application | Circulator |
Type | Typical |
Series | Coaxial |
Features | See table for details |
Frequency Range | See table for details(Accept customization) |
Insertion Loss dB max | See table for details(Accept customization) |
Isolation dB min | See table for details(Accept customization) |
VSWR max | See table for details(Accept customization) |
PK/CW | See table for details |
Reverse Power | See table for details(Accept customization) |
Operating Temperature(℃) | See table for details(Accept customization) |
Connector | See table for details(Accept customization) |
Selling Units: | Single item |
Single package size: | 9X11X2 cm |
Single gross weight: | 0.050 kg |
Supply Ability | 10000 Piece/Pieces per Week |
Product Description
Product differentiation
Through the two charts below, you can get a rough understanding of the differences in size, power, and Electrical performance of
different product types. It also demonstrates the frequency range that different types of products are suitable to cover.
Through the two charts below, you can get a rough understanding of the differences in size, power, and Electrical performance of
different product types. It also demonstrates the frequency range that different types of products are suitable to cover.
Criteria
Microstrip
Drop-in
Coaxial
Waveguide
Volume Size
Smaller
Medium
Larger
Largest
Power Handling
Lower
Medium
Medium
Highest
Electrical Performance
Lower
Higher
Higher
Highest
Microstrip
Drop-in
Coaxial
Waveguide
Volume Size
Smaller
Medium
Larger
Largest
Power Handling
Lower
Medium
Medium
Highest
Electrical Performance
Lower
Higher
Higher
Highest
*Note: The comparison of Electrical performance is based on the same frequency range and frequency conditions.
Product Type
Frequency Range Representation
Microstrip
S, C, X, Ku, K, Ka
Drop-in
VHF, UHF, L, S, C, X, Ku
Coaxial
VHF, UHF, L, S, C, X, Ku
Waveguide
C, X, Ku, K, Ka, V, W
Frequency Range Representation
Microstrip
S, C, X, Ku, K, Ka
Drop-in
VHF, UHF, L, S, C, X, Ku
Coaxial
VHF, UHF, L, S, C, X, Ku
Waveguide
C, X, Ku, K, Ka, V, W
*Note: that the evaluations in the table are still based on general comparisons, and the specific circumstances and performance may vary depending on design requirements, materials used, and other factors.
Typical Performance Parameters Table
The relative advantages of coaxial isolator and circulator are small size, light weight and easy installation.
The relative advantages of coaxial isolator and circulator are small size, light weight and easy installation.
Model
Frequency
(GHz)
BW Max
Insertion loss(dB) Max
Isolation
(dB)Min
VSWR
Max
Connector
Operating temperature(℃ )
PK/CW
/RP
(Watt)
HCCTA01T04G
0.1~0.4
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA02T06G
0.2~0.6
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA04T10G
0.4~1.0
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA08T25G
0.8~2.5
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA15T35G
1.5~3.5
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA30T50G
3.0~5.0
10%
0.4
20
1.2
SMA
-55~+85℃
200/40
HCCTA40T80G
4.0~8.0
10%
0.4
20
1.2
SMA
-55~+85℃
200/40
HCCTA80T190G
8.0~19.0
10%
0.4
20
1.25
SMA
-55~+85℃
200/40
HCCTA180T400G
18.0~40.0
10%
0.6
18
1.35
2.92-K
-55~+85℃
20/5
Frequency
(GHz)
BW Max
Insertion loss(dB) Max
Isolation
(dB)Min
VSWR
Max
Connector
Operating temperature(℃ )
PK/CW
/RP
(Watt)
HCCTA01T04G
0.1~0.4
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA02T06G
0.2~0.6
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA04T10G
0.4~1.0
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA08T25G
0.8~2.5
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA15T35G
1.5~3.5
10%
0.4
20
1.2
SMA
-55~+85℃
500/50
HCCTA30T50G
3.0~5.0
10%
0.4
20
1.2
SMA
-55~+85℃
200/40
HCCTA40T80G
4.0~8.0
10%
0.4
20
1.2
SMA
-55~+85℃
200/40
HCCTA80T190G
8.0~19.0
10%
0.4
20
1.25
SMA
-55~+85℃
200/40
HCCTA180T400G
18.0~40.0
10%
0.6
18
1.35
2.92-K
-55~+85℃
20/5
*() inside is the limit temperature index,The detailed product data is subject to the technical specification sheet.
Custom Service
As an innovative manufacturer of RF passive components, Hzbeat has own R&D team to design the components as the client’s······
Excellent Quality
All RF passive components from Hzbeat are 100% tested before delivery and have 3 years quality warranty.
Factory Price
As the manufacturer of RF passive component, the offer for the clients are very competitive on the base of lower production······
Professional Service
HzBeat has over 100 employees(including over 20 professional technical personnel).
As an innovative manufacturer of RF passive components, Hzbeat has own R&D team to design the components as the client’s······
Excellent Quality
All RF passive components from Hzbeat are 100% tested before delivery and have 3 years quality warranty.
Factory Price
As the manufacturer of RF passive component, the offer for the clients are very competitive on the base of lower production······
Professional Service
HzBeat has over 100 employees(including over 20 professional technical personnel).
About Us:
Chengdu HzBeat Electronic Technology Co, Ltd (Abbreviated as HzBeat)
is a high-tech firm specialized in manufacturing microwave products. Covering 5000 ㎡, HzBeat has over 100 employees(including over 20 professional technical personnel).
Chengdu HzBeat Electronic Technology Co, Ltd (Abbreviated as HzBeat)
is a high-tech firm specialized in manufacturing microwave products. Covering 5000 ㎡, HzBeat has over 100 employees(including over 20 professional technical personnel).
HzBeat's microwave products cover the frequency ranging from 20MHz to 200GHz. Our products are widely used in applications such as wireless communication base station, repeater, RF circuit, T/R module, cavity filter, radar, GPS, disaster control unit, satellite TV, etc. For years, HzBeat Electronic has been servicing some of the most well-known telecommunication giants, as well as some of the national key projects.
Production Environment
HzBeat is focused on providing customers with high quality, cost effective, specialized, and customized products. We embrace the quality-oriented and service-oriented principle, always serves our customers with best solutions and products designing to delivering.
HzBeat is focused on providing customers with high quality, cost effective, specialized, and customized products. We embrace the quality-oriented and service-oriented principle, always serves our customers with best solutions and products designing to delivering.
Contact us , and our engineers will customize a suitable solution based on your requirements. We will also offer discounted pricing and provide FOB quotations.
●The relative advantages of Microstrip circulators and isolators are small size, light weight, small spatial discontinuity when integrated with microstrip circuits, and easy 50Ω bridge connection (high connection reliability). Its relative disadvantages are low power capacity and poor immunity to electromagnetic interference.
Frequency range: 2GHz-40GHz.
●The relative advantages of Drop-in/Coaxial isolator and circulator are small size, light weight and easyb installation.
Frequency range: 50MHz-40GHz.
●The relative advantages of Waveguide devices are low loss, high power handling capacity, and high operating frequency. However, their relative disadvantage is the larger size due to flange-related issues of the waveguide interface.
Frequency range: 2GHz-180GHz.
We will provide Low insertion loss, high isolation, high power handling on RF Module. Exceptional customer service and technicalsupport are on hand to support our customers.
●The relative advantages of Microstrip circulators and isolators are small size, light weight, small spatial discontinuity when integrated with microstrip circuits, and easy 50Ω bridge connection (high connection reliability). Its relative disadvantages are low power capacity and poor immunity to electromagnetic interference.
Frequency range: 2GHz-40GHz.
●The relative advantages of Drop-in/Coaxial isolator and circulator are small size, light weight and easyb installation.
Frequency range: 50MHz-40GHz.
●The relative advantages of Waveguide devices are low loss, high power handling capacity, and high operating frequency. However, their relative disadvantage is the larger size due to flange-related issues of the waveguide interface.
Frequency range: 2GHz-180GHz.
We will provide Low insertion loss, high isolation, high power handling on RF Module. Exceptional customer service and technicalsupport are on hand to support our customers.
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Microstrip components
●The circuit substrate and backplane are soldered. The solder is solder paste, or solder lug.
●The bonding process is adopted between the circuit substrate, support medium, compensation sheet, and permanent magnet.
Drop-in/Coaxial components
●The Drop-in circuit is beryllium bronze plated with gold or copper and silver.●The resistance and cavity adopt welding process, the solder is solder paste, and the welding temperature is 205 °C.
●The bonding process is adopted between the ferrite substrate, support medium, compensation sheet, permanent magnet and magnetic
circuit, and the adhesive is X98-11 acetal drying glue, and the curing temperature is 150 °C.
●The coating layer of the product shell is: industrial pure iron copper plating nickel plating.
●The coaxial product has connectors added on top of the Drop-in product.
Waveguide components
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●The circuit substrate and backplane are soldered. The solder is solder paste, or solder lug.
●The bonding process is adopted between the circuit substrate, support medium, compensation sheet, and permanent magnet.
Drop-in/Coaxial components
●The Drop-in circuit is beryllium bronze plated with gold or copper and silver.●The resistance and cavity adopt welding process, the solder is solder paste, and the welding temperature is 205 °C.
●The bonding process is adopted between the ferrite substrate, support medium, compensation sheet, permanent magnet and magnetic
circuit, and the adhesive is X98-11 acetal drying glue, and the curing temperature is 150 °C.
●The coating layer of the product shell is: industrial pure iron copper plating nickel plating.
●The coaxial product has connectors added on top of the Drop-in product.
Waveguide components
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producing PET plastic containers and bottles in all shapes.
Microstrip circulator/isolator
The following principles can be used when selecting microstrip circulators and isolators:
●Microwave circuit in the form of microstrip transmission, microstrip structure, circulator with line structure and isolator can be selected.
●When decoupling and matching between circuits, microstrip isolators can be selected; When playing duplex and circulating roles in the circuit, a microstrip circulator can be used.
●Select the corresponding microstrip circulator and isolator product model according to the frequency range, installation size, and transmission direction used.
●When the working frequency of the two sizes of microstrip circulator and isolator can meet the requirements of use, the larger product generally has a higher power capacity.
●Copper tape can be manually soldered for interconnections or connected using wire bonding with gold tape/wire.
●When using manually soldered interconnections with gold-plated copper tape, the copper tape should be shaped as an Ω bridge, and the solder should not wet the formed portion of the copper tape. Before soldering, the temperature of the ferrite surface of the isolator should be maintained between 60-100°C.
●When using gold tape/wire bonding for interconnections,the width of the gold tape should be smaller than the width of the microstrip circuit.
The following principles can be used when selecting microstrip circulators and isolators:
●Microwave circuit in the form of microstrip transmission, microstrip structure, circulator with line structure and isolator can be selected.
●When decoupling and matching between circuits, microstrip isolators can be selected; When playing duplex and circulating roles in the circuit, a microstrip circulator can be used.
●Select the corresponding microstrip circulator and isolator product model according to the frequency range, installation size, and transmission direction used.
●When the working frequency of the two sizes of microstrip circulator and isolator can meet the requirements of use, the larger product generally has a higher power capacity.
●Copper tape can be manually soldered for interconnections or connected using wire bonding with gold tape/wire.
●When using manually soldered interconnections with gold-plated copper tape, the copper tape should be shaped as an Ω bridge, and the solder should not wet the formed portion of the copper tape. Before soldering, the temperature of the ferrite surface of the isolator should be maintained between 60-100°C.
●When using gold tape/wire bonding for interconnections,the width of the gold tape should be smaller than the width of the microstrip circuit.
Drop-in/Coaxial circulators and isolators
In order to help users better understand and reasonably select Drop-in/coaxial isolator and circulator, there are the following suggestions:
●Microwave circuit in the form of microstrip transmission, isolator and circulator with line structure can be selected; Microwave circuits in the form of coaxial transmission can be selected, and isolators and circulators with coaxial structure can be selected.
●When decoupling, impedance matching and isolating reflected signals between circuits, isolators can be used; When playing a duplex and circulating role in the circuit, a circulator can be used.
●According to the frequency range, installation size, transmission direction to select the corresponding Drop-in/coaxial isolator, circulator product model, if there is no corresponding product, users can customize according to their own requirements.
●When the working frequency of the two sizes of Drop-in/coaxial isolator and circulator can meet the requirements of use, the larger product generally has a large Electrical parameter design margin.
In order to help users better understand and reasonably select Drop-in/coaxial isolator and circulator, there are the following suggestions:
●Microwave circuit in the form of microstrip transmission, isolator and circulator with line structure can be selected; Microwave circuits in the form of coaxial transmission can be selected, and isolators and circulators with coaxial structure can be selected.
●When decoupling, impedance matching and isolating reflected signals between circuits, isolators can be used; When playing a duplex and circulating role in the circuit, a circulator can be used.
●According to the frequency range, installation size, transmission direction to select the corresponding Drop-in/coaxial isolator, circulator product model, if there is no corresponding product, users can customize according to their own requirements.
●When the working frequency of the two sizes of Drop-in/coaxial isolator and circulator can meet the requirements of use, the larger product generally has a large Electrical parameter design margin.
Waveguide circulators/isolators
In order to help users better understand and reasonably select waveguide devices, there are the following suggestions:
●Microwave circuit in the form of waveguide transmission, waveguide device can be selected.
●When decoupling, impedance matching and isolating reflected signals between circuits, isolators can be used; When playing duplex and circulating roles in the circuit, a circulator can be used; When matching the circuit, the load can be selected; When changing the signal path in the waveguide transmission system, a switch can be used; When making power distribution, a power divider can be selected; When the microwave signal transmission is completed when the antenna rotation is completed, the rotary joint can be selected.
●According to the frequency range, power capacity, installation size, transmission direction, function of the use of the corresponding waveguide device product model, if there is no corresponding product, users can customize according to their own requirements.
●When the working frequency of waveguide circulators and isolators of both sizes can meet the requirements of use, products with larger volumes generally have a large design margin of Electrical parameters.
●Connecting Waveguide Flanges using Screw Fastening Method.
Surface-Mounted Technology Circulator/Isolators
●The devices should be mounted on the NON magneic carrier or base.
●RoHS compliant.
●For Pb-free reflow profile with peak temperature250℃@40second.
●Humidity 5 to 95% non-condengsing.
●Configuration of land pattern on PCB.
In order to help users better understand and reasonably select waveguide devices, there are the following suggestions:
●Microwave circuit in the form of waveguide transmission, waveguide device can be selected.
●When decoupling, impedance matching and isolating reflected signals between circuits, isolators can be used; When playing duplex and circulating roles in the circuit, a circulator can be used; When matching the circuit, the load can be selected; When changing the signal path in the waveguide transmission system, a switch can be used; When making power distribution, a power divider can be selected; When the microwave signal transmission is completed when the antenna rotation is completed, the rotary joint can be selected.
●According to the frequency range, power capacity, installation size, transmission direction, function of the use of the corresponding waveguide device product model, if there is no corresponding product, users can customize according to their own requirements.
●When the working frequency of waveguide circulators and isolators of both sizes can meet the requirements of use, products with larger volumes generally have a large design margin of Electrical parameters.
●Connecting Waveguide Flanges using Screw Fastening Method.
Surface-Mounted Technology Circulator/Isolators
●The devices should be mounted on the NON magneic carrier or base.
●RoHS compliant.
●For Pb-free reflow profile with peak temperature250℃@40second.
●Humidity 5 to 95% non-condengsing.
●Configuration of land pattern on PCB.
Q1: Are you a factory or a trade company?
A1: HzBeat is a factory specialised in RF components.
Q2: Where is your location?
A2: We are in ChengDu.
Q3: How many years have you engaged in this business?
A3: We have engaged in this business more than 10 years, and we are professional in RF Isolator/Circulator, and other RF components.
Q4: How long is your delivery time(lead time)?
A4: Within 3 days if the product is in stock.
Q5: What’s the MOQ (Minimum Order Quantity)?
A5: Generally speaking 10pcs, but it depends on models.
Q6: How many workers do you have?
A6: Over 200.
Q7: Why choose HzBeat?
A8: 1. Have a professional R & D technical team.
2. Perfect product quality management system.
3. Professional production and testing
4. Professional after-sales Technical Service.
A1: HzBeat is a factory specialised in RF components.
Q2: Where is your location?
A2: We are in ChengDu.
Q3: How many years have you engaged in this business?
A3: We have engaged in this business more than 10 years, and we are professional in RF Isolator/Circulator, and other RF components.
Q4: How long is your delivery time(lead time)?
A4: Within 3 days if the product is in stock.
Q5: What’s the MOQ (Minimum Order Quantity)?
A5: Generally speaking 10pcs, but it depends on models.
Q6: How many workers do you have?
A6: Over 200.
Q7: Why choose HzBeat?
A8: 1. Have a professional R & D technical team.
2. Perfect product quality management system.
3. Professional production and testing
4. Professional after-sales Technical Service.
0.1~40.0 Ghz Microwave RF Ferrite Coaxial Single Circulator
$43 ~ $50
Consumer electronics Industry Chain · Radio frequency, microwave and RFID · RF Circulators and Isolators


Less than 50 EmployeesInformation Services and IT