Delivery terms
2025-08-07 Estimated delivery
Product will be ordered from supplier. If the supplier is unable to deliver by the specified date, we will inform you by e-mail
Supplier Warehouse |
Home delivery
After handing over the goods to the courier, we will inform you by e-mail. If you are ordering outside of Estonia please use www.lemona-electronics.eu to order.
Over €50.00 (Orders up to 1000 kgs) | For free |
To €50.00 (Orders up to 1000 kgs) | €5.00 |
Delivery to DPD pickup locations
After handing over the goods to the courier, we will notify you by e-mail. Free delivery for orders over 50€.
3,50
Specifications
Supplier product description
Uni-T UT-H01 25 MHz Oscilloscope Probe (Angled BNC Connector)
The Uni-T UT-H01 oscilloscope probe is a precise measuring tool ideal for signal diagnostics in oscilloscopes. Its robust construction and advanced parameters make it perfect for professionals involved in the analysis and testing of electronic signals.
Precise Measurements and Versatility
The UT-H01 probe offers a 25 MHz bandwidth, ensuring accurate signal reproduction within that range. Two attenuation ratios, 1:1 and 1:10, allow for adjustment of the measurement range to suit various applications. Input impedance is 1 MΩ at 1:1 attenuation and 10 MΩ at 1:10 attenuation, ensuring compatibility with a wide range of oscilloscopes.
High Voltage Resistance
The probe is designed for operation with a maximum voltage of 300 Vpp at 1:1 attenuation and 600 Vpp at 1:10 attenuation. This voltage range allows for safe measurements in various test environments and provides great flexibility in signal analysis.
Practical Design
The Uni-T UT-H01 features an angled BNC connector, facilitating connection in confined spaces and allowing for more convenient probe positioning. It is compatible with UTD1025CL and UTD1025C series oscilloscopes, making it an ideal accessory for these models.
Supplier parameters
Product code
MIE0337
Brand
Uni-t
Supplier's product code
MIE0337
Product ID
U-4571584
The information that supplier provides may differ from the actual product. If you noticed an error please let us know by email: [email protected].