High Frequency Coaxial Shunt with 9 Different Ranges for Current Converting TH0410

• Customization: Available
• After-sales Service: Life Time
• Warranty: 12 Months Excellent After-Sales Service
• Model NO.: TH0410
• Application: Electromagnetic Instrument, Electrical Calibration
• Power: Electricity
• Voltage Output: 1V
• Customized: Customized
• Input Current: 20mA~10A
• Workign Frequency: DC~1MHz
• AC DC difference: Less than or equal to 30 ppm@53Hz
• Optimum phase shift: 5 urad
• Nominal output voltage: 1V (customizable)
• Transport Package: Package for Exporting
• Trademark: TUNKIA
• Origin: China
• Production Capacity: 1000

Product Description

1. Summary

TH0410 is a set of nine precision AC/DC shunts of different ranges that convert a nominal input current of 20 mA ~ 1 0 A to 1 V Small voltage, easy to access voltage high-speed sampling system or high-precision data meter, to achieve broadband or complex waveform current measurement, or used to calibrate broadband current sources, transformers, sensors, etc.

2. Features

Operating frequency: DC ~ 1 MHz

AC and DC difference: ≤ 30 ppm @53Hz

Optimal phase displacement: 5 μrad

The nominal output voltage is 1 V (other voltage values can be customized).

The typical annual variation is typically 5 ppm and the maximum is 18 ppm.

The 1 mA, 10 mA versions mate buffers to reduce output impedance.
 

3. Applications

☆ Set up a broadband current measurement system

TH0410 can be used with broadband current source, broadband standard voltmeter (such as TH2000 vector voltage analyzer), etc. to form a broadband current measurement system, which is used to measure broadband current signals, calibrate broadband current sources, broadband ammeters, etc.

☆ Set up broadband power precision measurement system

TH0410 can be used with high-frequency V/V conversion standard and TH2000 vector voltage analyzer to form a broadband power/energy precision measurement system for measuring broadband power/ Power signal, calibration of broadband power source, broadband power meter, power analyzer and other equipment.

 

• Build a broadband instrument transformer / sensor measurement system

 

For the calibration of the transformer or sensor under test with a nominal current of ≤ 10A, TH0410 can be used directly as the standard device, with a broadband constant current source and a broadband sensor tester ( vector voltage analyzer), etc. to form a broadband transformer/sensor measurement system.

• Build a broadband transformer/sensor calibration system

For calibration of transformers or sensors with nominal currents greater than 10 A, TH0410 is used as a secondary signal I/V converter for standard and tested equipment, with broadband constant current source, Broadband sensor testers (vector voltage analyzers), etc. form broadband transformers/sensor measurement systems.

 

☆ Set up sensor bandwidth calibration system

TH0410 can be used with broadband standard voltmeters (such as TH20 0 0 vector voltage analyzer) to form a sensor bandwidth calibration system.

4. Specifications
4.1 Resistance

Specifications	Nominal resistance ( Z )	Initial deviation^[1]. ( ±mH/Z ) @ (23±1)°C	Annual stability ( ±mH/Z )	Temperature coefficient ( ±ppm/K )	Power factor^[2]. ( ±ppm/rated power ).
TH0410-20mA	50	50	18	2.5	1
TH0410-50mA	20	50	18	2.5	1
TH0410-100mA	10	50	18	2.5	2
TH0410-200mA	5	50	18	2.5	4
TH0410-500mA	2	50	18	2.5	12
TH0410-1A	1	50	18	4.0	25
TH0410-2A	500 m	50	18	4.0	25
TH0410-5A	200 m	50	18	4.0	30
TH0410-10A	100 m	50	18	4.0	60
Note [1]: The initial deviation is the maximum offset of the resistance value under DC conditions, usually the manufacturer's factory warranty; Higher accuracy can be customized according to user requirements, such as 20 μΩ/Ω. Note [2]: When measuring DCI with a coaxial shunt, the resistance value changes due to the heat generation of the resistor itself at different input currents, resulting in an error.

4.2 Current measurement

Specifications	Primary nominal current (A).	Secondary nominal Voltage (V).	AC/DC difference ^[3] (±ppm).			Maximum operating Current (A).	Instantaneous current (A, <5 s)
			50 Hz	1 kHz	1 MHz
TH0410-20mA	20 m	1	20	25	50	40m	250m
TH0410-50mA	50 m	1	20	25	50	100m	500m
TH0410-100mA	100 m	1	20	25	25	200m	1.5
TH0410-200mA	200 m	1	20	25	25	500m	2
TH0410-500mA	500 m	1	20	25	25	1	3
TH0410-1A	1	1	20	25	30	1.5	4
TH0410-2A	2	1	20	30	50	2.5	6
TH0410-5A	5	1	20	30	80	5.5	20
TH0410-10A	10	1	20	30	100	11	30
Note [3]: The measured value of AC current should be calculated according to the following formula, and the unit of AC and DC difference is ppm:

4.3 Phase displacement

Specifications	Phase displacement (±μrad).
	53 Hz	400 Hz	1 kHz	10 kHz	50 kHz	100 kHz	1 MHz
TH0410-20mA	5	5	10	100	400	800	800
TH0410-50mA	5	5	10	100	400	800	800
TH0410-100mA	5	5	10	60	300	500	500
TH0410-200mA	5	5	10	60	300	500	500
TH0410-500mA	5	5	10	60	300	500	500
TH0410-1A	5	5	10	60	300	500	500
TH0410-2A	10	10	15	110	500	1000	1000
TH0410-5A	10	15	25	200	1000	2000	2000
TH0410-10A	10	20	40	300	1500	3000	3000

 
5. General Specifications

Power supply	--
Temperature performance	Working temperature: 13°C~33°C; Calibration temperature: 18°C~28°C; Storage temperature: 5 °C ~ 45 °C Note: When stored in harsh temperature environments, it may cause a temporary change in the resistance value and return to the original resistance value within the next 30 days.
Humidity performance	Operating humidity: < 50% R· H Storage humidity: (15%~80%) R· H, no condensing
altitude	< 3000 m
Connection method	Input connection: Type-N type female plug; Output connection: Type-N type female plug.

Specifications	Size( mm ) ( W*D * H ) ( without terminal blocks )	Quality ( kg )	Dimensional drawing
TH0410-2 0 mA TH0410-5 0 mA TH0410-100mA	65 × 68 × 68	0.1
TH0410-200mA TH0410-500mA TH0410-1A TH0410-2A	82 × 94 × 94	0.2
TH0410-5A TH0410-10A	154 × 205 × 205	1

6. Ordering Information

	Model	Nominal current
	TH0410-20mA	20 mA
	TH0410-50mA	50 mA
	TH0410-100mA	1,00 mA
	TH0410-200mA	200 mA
	TH0410-500mA	500 mA
	TH0410-1A	1 A
	TH0410-2A	2 A
	TH0410-5A	5 A
	TH0410-10A	10 A