Design Services

Fixed Price Contracts
Wavemaker Technology offer easy and visible management by setting out clear deliverables at the start of any contract. All timescales are supported with defined transparent billing and payment cycles which deliver an extremely competative, cost effective solution.

Typical Projects

Wavemaker Technology Ltd has over 40 years of design experience and is able to provide you with all the advice and help you need to achieve a successful outcome. Our aim is to build a strong client partnership offering hands-on experience, design skills and project management to provide a cost effective solution. An affordable and timely implementation will be achieved through integral proposal creation and progression through agreed project milestones.

Concept and Design

Manufacture and Test

Available Tools

Simulation tools

Hardware tools

Pmod Devices

Complementing the Digilent range of prototyping development accessories, these Pmod products can interface to a wide range of Xilinx FPGA devices. Wavemaker Technology Ltd offer a range of development PCBs each supplied with RTL VHDL source code for quick integration into a FPGA development module like the Digilant Basys 3. All pmod devices are £100 and shipped with full documentation, VHDL source code and PCB schematics.

GaN FET Half bridge
A single 3v3 logic input which drives a half bridge EPC Gallium Nitride FET configuration with integral GaN drivers and high side power supply. Suitable for prototyping audio class D amplifiers or power supply switchers.

Audio A2D
An audio analog to digital converter integrated with single ended to differential input buffer. Four times over sampled data with 24 bit quality two channels and selectable cofiguration for I2C or DSP interfacing.

Manufacturing facilities

Prototyping Equipment

Test equipment including

Reckoners & Calculators

Atten Pi Network Tee Network
dB R-Series R-Shunt Loss dB R-Series R-Shunt Loss dB
1 5R68201.02 ---
2 103901.98 ---
3 15 270 2.90 101503.17
4 222203.86 111004.02
5 27 1505.17 15914.93
6 391506.14 16626.12
7 391206.85 18517.11
8 471008.16 22478.11
9 561008.81 22398.85
10 689110.05 24339.94
11 758211.01 273010.92
12 918211.97 272412.06
13 1007512.96 302213.08
14 1207513.98 362214.12
15 130 6815.04 331814.79
16 1506815.92 361616.05
17 1806817.09 391516.98
18 2006817.80 361217.93
19 2206219.07 431219.07
20 2406219.68 391019.74
30 7505129.94 ---
Z0 = 50 Ohm

Pi Network= I/P and R-Shunt to Gnd, I/P and R-Series to O/P, O/P and R-Shunt to Gnd.
Tee Network= I/P and R-Series to Star, Star and R-Series to O/P, Star and R-Shunt to Gnd.

Graph of A2D and Jitter
RF Power to Voltage calculator

Enter the RF power P in dBm

Input power dBm:
dBm Power mW Volts RMS Volts Pk
for a sinewave into a 50 Ohm system

Voltage to RF Power calculator

Enter the peak to peak Voltage in Volts

Input Voltage Volts:
Volts Pk Volts RMS Power mW dBm
for a sinewave into a 50 Ohm system

The equations
P(dBm) = 10 log10 P(mW)

P(mW) =10^(P(dBm)/10)
P(mW) = ( VRMS ) ^2 * 10 ^3 /R
VRMS(V) = Sqrt ( P(mW) * R /10^3)
Vp(V) = Sqrt (2) * VRMS

simulation picture
Simulation and Design
Good Design Works
PCB in layout
PCB Layout
Turning Innovation into Reality
third of three images
Prototyping and Test
Ensuring Excellence
third of three images
Software Development
Collaboration is Key

Wavemaker Technology Ltd the partner for all your design needs

Wavemaker Technology Ltd Turning Innovation into Reality