Merry Christmas and a Happy New Year!

Our office will be closed from 24th December to 2nd January 2024. Orders placed after 4 PM on 23rd December will be processed when we reopen on 3rd January 2025.

CONTACT
TEL: 0118 978 6911
Basket
Free Shipping logo FREE SHIPPING £75+
50 years of Telonic Instruments Ltd logo CELEBRATING 50+ YEARS
Price Match logo PRICE MATCH GUARANTEE
Home / Blog (Page 4)

Blog

End of Line Kikusui PWR1600H DC Power Supply

To view the PWR1600H product page please see HERE...

End of Line Kikusui PAN60-6A DC Power Supply

To view the PAN60-6A product page please see HERE...
End of Line Kikusui PWR1600H DC Power Supply

DC Electronic Load – Part 4: How Each Operation Mode Works with Other Modes?

We have so far explained the four major operation modes for electronic loads - 1) constant current 2) constant resistance 3) constant voltage and 4) constant power, in the previous white papers. Now this paper describes how these modes relate to each other and how each mode works on other modes. 4-1. Relationship between Operation Modes Figure 4-1 shows the block diagram for the...
End of Line Kikusui PWR1600H DC Power Supply

How to Double Output Voltage from Two PBZ through BTL* Connection

Here is an introduction on a method to achieve a double output voltage using two units of PBZ. The actual connection of PBZs is shown in Figure 1 as; -‘OUT’ terminals are used for output. - Only ‘COM’ terminal can be earthed for output, if required. Fo...
End of Line Kikusui PWR1600H DC Power Supply

Useful Functions and Precautions for Using L-Load/C-Load in PCR-LE Series

1. When Using Inductive Load (L-Load)1-1 Soft Start A typical L-load is a motor load. E.g.) If using an induction motor load, the startup current can be 5 times (or more) larger than the normal startup current and it flows for several hundred ms. In this situation; 1) The motor load becomes inductive. 2) The power factor is approx. 0.5 at peak current. PCR-LE Series features...
End of Line Kikusui PWR1600H DC Power Supply

Which Power Supply is Most Suitable to Run DC Motor?

When choosing a power supply to run a DC motor, the first and most important thing you need to consider is a maximum current that your motor will use. DC motor typically requires a startup current which is quite a lot higher than its running current. Due to this, not all DC power supplies can provide sufficient power to DC motors. In this white paper, we will take a look at the capability of our ...
End of Line Kikusui PWR1600H DC Power Supply

How to Balance Battery Module Charge-Discharge

With the recent diversification of battery module application such as for automotive and backup, more and more users want to conduct a battery module charge-discharge test, besides of an individual cell battery test. As a battery management system has been greatly developed to maximize battery’s capacity, the practical needs to perform evaluations on balancing battery charge-discharge are incre...
End of Line Kikusui PWR1600H DC Power Supply

DC Power Supply Sinks Current when Output is Turned Off

When using a DC power supply for charging a load such as battery or capacitor, it is important to note that the DC power supply absorbs a current from such loads when the output is turned off. Here we are going to further explain this power supply’s behaviour; DC power supply, in general, comprises a bleeder circuit to discharge a power supply’s electrolytic capacitor at its output terminal. I...
End of Line Kikusui PWR1600H DC Power Supply

How to use the voltage correction function on frequency response

The PCR-WE can output up to 5 kHz, but it has frequency response as shown in the figure below. The response is about -3dB at 5kHz. For example, the waveform in the figure below is for 120 Vrms, 5 kHz. ...
End of Line Kikusui PWR1600H DC Power Supply

DC Electronic Load – Part 1: What is a DC Electronic Load?

Beginners who have never used an electronic load may well get confused with the difference between electronic loads and power supplies. They sometimes wonder ‘why the electronic load does not provide any output...?’ While similar in appearance, electronic loads are totally different from power supplies. It is not often you get to see them but it is suitable for specific applications such as w...
End of Line Kikusui PWR1600H DC Power Supply

Two Methods to Absorb Motor’s Regenerative Current Using Electronic Load

There are two methods to absorb motor’s regenerative current; Voltage Clipping Method and Bleeder Method. The following describes the characteristics, functions and precaution for the methods. Fig.1 illustrates the typical test system. 1...
End of Line Kikusui PWR1600H DC Power Supply

Choosing Electronic Load that Best Fits Your Switch Testing System

The switch on/off testing can be performed with a combination of DC power supply and electronic load (See Figure 1). To successfully conduct the testing, it is important to know that the current flow through the switch varies by the electronic load specifications or settings. Especially during the life testing, you should be aware that it may affect the lifetime of test switch. This white paper s...

Sub Categories

Events (7)

Telonic Instruments News (19)

Telonic Offers & Promotions (8)

AC Power Supplies / Frequency Converters Offers & Promotions (1)

DC Power Supplies Offers & Promotions (6)

Electronic Loads Offers & Promotions (1)

LCR Meters Offers & Promotions (1)

Safety Testers Offers & Promotions (1)

Digital Multimeters Offers & Promotions (1)

Digital Oscilloscopes Offers & Promotions (5)

RF Signal Generators (1)

Spectrum Analysers Offers & Promotions (4)

Product Categories

AC Power Supplies / Frequency Converters
DC Power Supplies
DC Electronic Loads
Test & Measurement
Safety Testers
EMC
Soldering Irons / Test Tools
Manufacturers
Rental
NQA ISO9001 logo

Service & Support

About
Contact
Newsletter
Service Returns Form
Returns Policy
Terms and Conditions
Privacy Policy
Shipping & Delivery
My account
NUWPEC logo

Support, News & Events

Latest News
Future Events
Product Support
Blog
JOSCAR logo

Copyright © 2024. All rights reserved by Telonic Instruments Ltd

Website operated by Jumping Giraffe Ltd. Jumping Giraffe Ltd is not responsible for content on external websites.

CLICK TO CALL

0118 9786911
CLICK TO EMAIL