Guide

📖

Introduction

Welcome to the WEB.BOARD Complete Component Reference. This guide documents every component available in the WEB.BOARD electronics sandbox, including pin configurations, properties, state behaviors, and usage examples.

💡 Component State Types

Sequential: Components with memory that change state on clock edges or events (flip-flops, counters, etc.)
Combinational: Pure logic components where output depends only on current inputs (gates, adders, etc.)

Each component entry includes:

Unique component ID and display name
Complete pinout with direction (input/output)
Adjustable properties and their ranges
Internal state variables
Power consumption (where applicable)

⚡

Power Sources

Batteries, supplies, and voltage regulation components. These provide the electrical energy needed to power circuits.

🔋

AA Battery

BATTERY_AA

Standard 1.5V alkaline battery with internal resistance and depleting charge.

Pin	Dir	Name	Function
pos	OUT	+	Positive terminal
neg	OUT	GND	Negative terminal (ground)

Voltage0.5V - 6V

Internal Resistance0Ω - 10Ω

Charge0% - 100%

⚡ Sequential — Charge depletes over time

🔋

9V Battery

BATTERY_9V

High-voltage 9V battery for circuits requiring more power.

Pin	Dir	Name	Function
pos	OUT	+	Positive terminal
neg	OUT	GND	Negative terminal

Voltage1V - 12V

Charge0% - 100%

⚡ Sequential — Charge depletes over time

🔋

Li-Ion Cell

BATTERY_LI

Rechargeable 3.7V lithium-ion battery with configurable capacity.

Pin	Dir	Name	Function
pos	OUT	+	Positive terminal
neg	OUT	GND	Negative terminal

Voltage2.5V - 4.35V

Capacity100 - 10000 mAh

Charge0% - 100%

⚡ Sequential — Charge depletes over time

🔌

DC Supply

DC_SUPPLY

Adjustable DC power supply with current limiting. Ideal for bench power.

Pin	Dir	Name	Function
pos	OUT	+	Positive output
neg	OUT	GND	Ground reference

Voltage0V - 24V

Current Limit0.1A - 10A

⚡ Combinational

☀

Solar Cell

SOLAR_CELL

Photovoltaic cell with adjustable light level. Output varies with illumination.

Pin	Dir	Name	Function
pos	OUT	+	Positive terminal
neg	OUT	GND	Negative terminal

Light Level0% - 100%

⚡ Combinational

🔗

USB Power

USB_POWER

Standard 5V USB power source with current limiting protection.

Pin	Dir	Name	Function
pos	OUT	5V	5V output
neg	OUT	GND	Ground

Current Limit0.1A - 3A

⚡ Combinational

⏚

Ground

GROUND

Common ground reference point. All circuits need a ground reference.

Pin	Dir	Name	Function
gnd	IN	GND	Ground connection

⚡ Combinational

🎚

Voltage Regulator

VREG

Linear voltage regulator. Maintains constant output voltage from varying input.

Pin	Dir	Name	Function
in	IN	VIN	Input voltage
gnd	IN	GND	Ground
out	OUT	VOUT	Regulated output

Output Voltage1V - 12V

⚡ Combinational

⤴

Boost Converter

BOOST_CONV

Step-up DC-DC converter. Increases voltage with configurable efficiency.

Pin	Dir	Name	Function
in	IN	VIN	Input voltage
gnd	IN	GND	Ground
out	OUT	VOUT	Stepped-up output

Output Voltage5V - 48V

Efficiency50% - 98%

⚡ Combinational

⤵

Buck Converter

BUCK_CONV

Step-down DC-DC converter. Decreases voltage with high efficiency.

Pin	Dir	Name	Function
in	IN	VIN	Input voltage
gnd	IN	GND	Ground
out	OUT	VOUT	Stepped-down output

Output Voltage0.8V - 24V

Efficiency50% - 98%

⚡ Combinational

🎛

Inputs

User-controlled and automated input sources. Switches, buttons, clocks, and signal generators.

🎚

Toggle Switch

TOGGLE_SWITCH

SPST toggle switch. Click to toggle between ON and OFF states.

Pin	Dir	Name	Function
in	IN	IN	Input signal
out	OUT	OUT	Switched output

Stateon (true/false)

⚡ Sequential — Click to toggle

🔘

Push Button

PUSH_BUTTON

Momentary push button. Output HIGH while held, LOW when released.

Pin	Dir	Name	Function
out	OUT	OUT	Button output

Heldtrue/false

⚡ Sequential — Hold to activate

🎛

Rotary Switch

ROTARY_SWITCH

4-position rotary switch. Click to cycle through positions 0-3.

Pin	Dir	Name	Function
out0	OUT	0	Position 0 active
out1	OUT	1	Position 1 active
out2	OUT	2	Position 2 active
out3	OUT	3	Position 3 active

Position0 - 3

⚡ Sequential — Click to rotate

🔢

Keypad 3x3

KEYPAD

Numeric keypad with 4 outputs representing keys 0-3. Click to cycle.

Pin	Dir	Name	Function
out0	OUT	0	Key 0 pressed
out1	OUT	1	Key 1 pressed
out2	OUT	2	Key 2 pressed
out3	OUT	3	Key 3 pressed

Key-1 to 3

⚡ Sequential — Click to cycle

🎚

Potentiometer

POTENTIOMETER

Variable resistor with wiper output. Adjustable tap position.

Pin	Dir	Name	Function
in	IN	IN	Input voltage
wiper	OUT	WIPER	Variable tap output
gnd	IN	GND	Ground reference

Wiper Position0.0 - 1.0

Total Resistance100Ω - 100kΩ

⚡ Combinational

🎚

Slider Input

SLIDER

Horizontal slider providing variable output value.

Pin	Dir	Name	Function
out	OUT	OUT	Slider value output

Value0.0 - 1.0

⚡ Combinational

⏰

Clock Generator

CLOCK_GEN

Configurable square wave oscillator. Generates periodic clock signal.

Pin	Dir	Name	Function
out	OUT	OUT	Clock output

Period2 - 60 ticks

Duty Cycle0.05 - 0.95

State: phase0 - period

State: val0 or 1

⚡ Sequential — Oscillates automatically

📶

Pulse Generator

PULSE_GEN

Single-shot pulse generator. Click to trigger a pulse of configurable width.

Pin	Dir	Name	Function
out	OUT	OUT	Pulse output

Pulse Width1 - 30 ticks

State: countdown0 - width

⚡ Sequential — Click to pulse

⬆

Constant HIGH

CONST_HIGH

Always outputs logical HIGH (1). Useful for tying inputs high.

Pin	Dir	Name	Function
out	OUT	OUT	Constant HIGH

⚡ Combinational

⬇

Constant LOW

CONST_LOW

Always outputs logical LOW (0). Useful for tying inputs low.

Pin	Dir	Name	Function
out	OUT	OUT	Constant LOW

⚡ Combinational

⛩

Logic Gates

Fundamental digital logic building blocks. Combinational logic with no internal state.

⛩

AND Gate

AND_GATE

2-input AND gate. Output HIGH only when both inputs are HIGH.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
out	OUT	OUT	A AND B

Truth Table: 00→0, 01→0, 10→0, 11→1

⚡ Combinational

⛩

OR Gate

OR_GATE

2-input OR gate. Output HIGH when either or both inputs are HIGH.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
out	OUT	OUT	A OR B

Truth Table: 00→0, 01→1, 10→1, 11→1

⚡ Combinational

⛩

XOR Gate

XOR_GATE

2-input XOR gate. Output HIGH when inputs are different.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
out	OUT	OUT	A XOR B

Truth Table: 00→0, 01→1, 10→1, 11→0

⚡ Combinational

⛩

NAND Gate

NAND_GATE

2-input NAND gate. Inverted AND output.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
out	OUT	OUT	NOT (A AND B)

Truth Table: 00→1, 01→1, 10→1, 11→0

⚡ Combinational

⛩

NOR Gate

NOR_GATE

2-input NOR gate. Inverted OR output.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
out	OUT	OUT	NOT (A OR B)

Truth Table: 00→1, 01→0, 10→0, 11→0

⚡ Combinational

⛩

XNOR Gate

XNOR_GATE

2-input XNOR gate. Inverted XOR output. HIGH when inputs are equal.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
out	OUT	OUT	NOT (A XOR B)

Truth Table: 00→1, 01→0, 10→0, 11→1

⚡ Combinational

⛩

NOT Gate (Inverter)

NOT_GATE

Single-input inverter. Outputs the logical opposite of input.

Pin	Dir	Name	Function
a	IN	A	Input
out	OUT	OUT	NOT A

Truth Table: 0→1, 1→0

⚡ Combinational

▷

Tri-State Buffer

TRISTATE_BUFFER

Buffer with enable control. When disabled, output is high-impedance (floating).

Pin	Dir	Name	Function
a	IN	A	Data input
en	IN	EN	Enable (active HIGH)
out	OUT	OUT	Buffered output or Hi-Z

EN=0: Output=Hi-Z (floating)
EN=1: Output=A

⚡ Combinational

⚖

Comparator

COMPARATOR

2-bit magnitude comparator. Compares two values and outputs relation.

Pin	Dir	Name	Function
a	IN	A	Value A
b	IN	B	Value B
gt	OUT	A>B	A greater than B
eq	OUT	A=B	A equals B
lt	OUT	A<B	A less than B

⚡ Combinational

📥

4-to-2 Encoder

ENCODER

Priority encoder. Converts 4 inputs to 2-bit binary code.

Pin	Dir	Name	Function
i0	IN	I0	Input 0 (LSB)
i1	IN	I1	Input 1
i2	IN	I2	Input 2
i3	IN	I3	Input 3 (MSB)
o0	OUT	O0	Output bit 0
o1	OUT	O1	Output bit 1

⚡ Combinational

📤

2-to-4 Decoder

DECODER

Binary decoder. Converts 2-bit input to 4 one-hot outputs.

Pin	Dir	Name	Function
a0	IN	A0	Address bit 0
a1	IN	A1	Address bit 1
o0	OUT	O0	Output 0
o1	OUT	O1	Output 1
o2	OUT	O2	Output 2
o3	OUT	O3	Output 3

⚡ Combinational

🥇

Priority Encoder

PRIORITY_ENCODER

4-input priority encoder. Highest active input wins.

Pin	Dir	Name	Function
i0	IN	I0	Input 0 (lowest priority)
i1	IN	I1	Input 1
i2	IN	I2	Input 2
i3	IN	I3	Input 3 (highest priority)
o0	OUT	O0	Output bit 0
o1	OUT	O1	Output bit 1

⚡ Combinational

🔢

Arithmetic

Mathematical operation components for building calculators and processors.

➕

Half Adder

HALF_ADDER

2-bit adder without carry-in. Produces sum and carry-out.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
sum	OUT	S	Sum (A XOR B)
cout	OUT	C	Carry out (A AND B)

⚡ Combinational

➕

Full Adder

FULL_ADDER

3-bit adder with carry-in. Complete single-bit addition.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
cin	IN	Cin	Carry in
sum	OUT	S	Sum output
cout	OUT	C	Carry out

⚡ Combinational

➕

4-Bit Adder

ADDER4

4-bit parallel binary adder with carry-in and carry-out.

Pin	Dir	Name	Function
a0-a3	IN	A0-A3	4-bit input A
b0-b3	IN	B0-B3	4-bit input B
cin	IN	Cin	Carry in
s0-s3	OUT	S0-S3	4-bit sum
cout	OUT	Cout	Carry out

⚡ Combinational

➖

4-Bit Subtractor

SUBTRACTOR4

4-bit binary subtractor (A - B). Outputs difference and borrow.

Pin	Dir	Name	Function
a0-a3	IN	A0-A3	Minuend (4-bit)
b0-b3	IN	B0-B3	Subtrahend (4-bit)
s0-s3	OUT	S0-S3	Difference (4-bit)
borrow	OUT	Bor	Borrow out

⚡ Combinational

⏫

4-Bit Incrementer

INCREMENTER

Adds 1 to a 4-bit value. Wraps from 15 to 0.

Pin	Dir	Name	Function
a0-a3	IN	A0-A3	4-bit input
s0-s3	OUT	S0-S3	Input + 1 (mod 16)

⚡ Combinational

⏬

4-Bit Decrementer

DECREMENTER

Subtracts 1 from a 4-bit value. Wraps from 0 to 15.

Pin	Dir	Name	Function
a0-a3	IN	A0-A3	4-bit input
s0-s3	OUT	S0-S3	Input - 1 (mod 16)

⚡ Combinational

✖

2-Bit Multiplier

MULTIPLIER2

Multiplies two 2-bit numbers. Produces 4-bit result.

Pin	Dir	Name	Function
a0,a1	IN	A	2-bit multiplicand
b0,b1	IN	B	2-bit multiplier
p0-p3	OUT	P0-P3	4-bit product

⚡ Combinational

➗

2-Bit Divider

DIVIDER2

Divides two 2-bit numbers. Outputs quotient and remainder.

Pin	Dir	Name	Function
a0,a1	IN	A	2-bit dividend
b0,b1	IN	B	2-bit divisor
q0,q1	OUT	Q	2-bit quotient
r0,r1	OUT	R	2-bit remainder

⚡ Combinational

🔀

2:1 Multiplexer

MUX2

2-input multiplexer. Selects one of two inputs based on SEL.

Pin	Dir	Name	Function
a	IN	A	Input A
b	IN	B	Input B
sel	IN	SEL	Select (0=A, 1=B)
out	OUT	OUT	Selected output

⚡ Combinational

🔀

4:1 Multiplexer

MUX4

4-input multiplexer. Selects one of four inputs using 2-bit select.

Pin	Dir	Name	Function
i0-i3	IN	I0-I3	Data inputs
s0,s1	IN	S0,S1	Select bits
out	OUT	OUT	Selected output

⚡ Combinational

🔀

1:4 Demultiplexer

DEMUX

Routes one input to one of four outputs based on select.

Pin	Dir	Name	Function
in	IN	IN	Input signal
s0,s1	IN	S0,S1	Select bits
o0-o3	OUT	O0-O3	Outputs (one active)

⚡ Combinational

🧮

4-Bit ALU

ALU4

Arithmetic Logic Unit. Performs ADD, SUB, AND, OR operations.

Pin	Dir	Name	Function
a0-a3	IN	A	Operand A (4-bit)
b0-b3	IN	B	Operand B (4-bit)
op0,op1	IN	OP	Operation select
y0-y3	OUT	Y	Result (4-bit)
zero	OUT	ZERO	Zero flag

OP=00: ADD | OP=01: SUB | OP=10: AND | OP=11: OR

⚡ Combinational

🗄

Memory

Storage elements from simple latches to complex RAM blocks. Sequential components with internal state.

🗄

SR Latch

SR_LATCH

Set-Reset latch. Basic memory element. S=1 sets Q, R=1 resets Q.

Pin	Dir	Name	Function
s	IN	S	Set (active HIGH)
r	IN	R	Reset (active HIGH)
q	OUT	Q	Stored value
nq	OUT	Q̄	Complement of Q

State: q0 or 1

⚡ Sequential — Memory element

🗄

D Flip-Flop

D_FLIPFLOP

Edge-triggered D flip-flop. Captures D on rising clock edge.

Pin	Dir	Name	Function
d	IN	D	Data input
clk	IN	CLK	Clock (rising edge)
q	OUT	Q	Stored value
nq	OUT	Q̄	Complement of Q

State: q0 or 1

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

🗄

JK Flip-Flop

JK_FLIPFLOP

JK flip-flop with toggle capability. J=K=1 toggles output.

Pin	Dir	Name	Function
j	IN	J	J input
clk	IN	CLK	Clock (rising edge)
k	IN	K	K input
q	OUT	Q	Stored value
nq	OUT	Q̄	Complement of Q

State: q0 or 1

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

🗄

T Flip-Flop

T_FLIPFLOP

Toggle flip-flop. T=1 toggles output on clock edge.

Pin	Dir	Name	Function
t	IN	T	Toggle input
clk	IN	CLK	Clock (rising edge)
q	OUT	Q	Stored value
nq	OUT	Q̄	Complement of Q

State: q0 or 1

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

🗂

4-Bit Register

REGISTER4

4-bit parallel register. Stores 4 bits on clock edge.

Pin	Dir	Name	Function
d0-d3	IN	D0-D3	4-bit data input
clk	IN	CLK	Clock (rising edge)
q0-q3	OUT	Q0-Q3	4-bit stored value

State: v[4]4-bit array

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

🗂

4-Bit Shift Register

SHIFT_REGISTER4

Serial-in, parallel-out shift register. Shifts on each clock edge.

Pin	Dir	Name	Function
din	IN	DIN	Serial data input
clk	IN	CLK	Clock (rising edge)
q0-q3	OUT	Q0-Q3	Parallel outputs

State: v[4]4-bit shift array

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

🔢

4-Bit Counter

COUNTER4

4-bit binary counter with asynchronous reset. Counts on clock edges.

Pin	Dir	Name	Function
clk	IN	CLK	Clock (rising edge)
rst	IN	RST	Reset (active HIGH)
q0-q3	OUT	Q0-Q3	4-bit count value

State: v0-15

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

💾

RAM 16x4

RAM_16x4

16-word by 4-bit random access memory. Read/write on clock.

Pin	Dir	Name	Function
a0-a3	IN	A	4-bit address
d0-d3	IN	D	4-bit data input
we	IN	WE	Write enable
clk	IN	CLK	Clock (rising edge)
q0-q3	OUT	Q	4-bit data output

State: mem[16]16x4 array

State: lastClk0 or 1

⚡ Sequential — Clock-triggered

💿

ROM 16x4

ROM_16x4

16-word by 4-bit read-only memory. Pre-loaded with values 1-15,0.

Pin	Dir	Name	Function
a0-a3	IN	A	4-bit address
q0-q3	OUT	Q	4-bit data output

State: mem[16][1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,0]

⚡ Combinational — Read-only

Storage Blocks (Wide Memory)

Byte-addressed storage with configurable data width (4/8/16/32-bit). Supports parallelization via CS/OE.

🗃

4-Bit Storage Block

STORAGE_BLOCK_4

256-word by 4-bit storage. 8-bit address bus, parallelizable.

Pin	Dir	Name	Function
d0-d3	IN	D	4-bit data in
a0-a7	IN	A	8-bit address (0-255)
we	IN	WE	Write enable
clk	IN	CLK	Clock
cs	IN	CS	Chip select
oe	IN	OE	Output enable
q0-q3	OUT	Q	4-bit data out

State: mem[256]256x4 array

State: lastWe0 or 1

Property: labeltext

Property: baseAddress0-255

⚡ Sequential — Clock-triggered

🗃

8-Bit Storage Block

STORAGE_BLOCK_8

256-word by 8-bit storage. Standard byte-addressable memory.

Pin	Dir	Name	Function
d0-d7	IN	D	8-bit data in
a0-a7	IN	A	8-bit address
we	IN	WE	Write enable
clk	IN	CLK	Clock
cs	IN	CS	Chip select
oe	IN	OE	Output enable
q0-q7	OUT	Q	8-bit data out

State: mem[256]256x8 array

State: lastWe0 or 1

⚡ Sequential — Clock-triggered

🗃

16-Bit Storage Block

STORAGE_BLOCK_16

256-word by 16-bit storage. Wide memory for 16-bit systems.

Pin	Dir	Name	Function
d0-d15	IN	D	16-bit data in
a0-a7	IN	A	8-bit address
we	IN	WE	Write enable
clk	IN	CLK	Clock
cs	IN	CS	Chip select
oe	IN	OE	Output enable
q0-q15	OUT	Q	16-bit data out

State: mem[256]256x16 array

State: lastWe0 or 1

⚡ Sequential — Clock-triggered

🗃

32-Bit Storage Block

STORAGE_BLOCK_32

256-word by 32-bit storage. Wide memory for 32-bit systems.

Pin	Dir	Name	Function
d0-d31	IN	D	32-bit data in
a0-a7	IN	A	8-bit address
we	IN	WE	Write enable
clk	IN	CLK	Clock
cs	IN	CS	Chip select
oe	IN	OE	Output enable
q0-q31	OUT	Q	32-bit data out

State: mem[256]256x32 array

State: lastWe0 or 1

⚡ Sequential — Clock-triggered

💡

Outputs

Visual, audible, and mechanical output devices. Most consume power when active.

💡

LED

Light emitting diode. Illuminates when forward biased.

Pin	Dir	Name	Function
a	IN	A	Anode (+)
k	IN	K	Cathode (-)

ColorRed/Green/Blue/Yellow/White

Brightness0.1 - 1.0

Forward Voltage1.5V - 3.6V

Power0.02W

⚡ Combinational — Visual output

🌈

RGB LED

RGB_LED

Red-Green-Blue LED with common cathode. Mix colors with PWM.

Pin	Dir	Name	Function
r	IN	R	Red channel
g	IN	G	Green channel
b	IN	B	Blue channel
gnd	IN	GND	Common cathode

Brightness0.1 - 1.0

Power0.03W

⚡ Combinational — Visual output

💡

Light Bulb

LIGHT_BULB

Incandescent bulb with configurable wattage.

Pin	Dir	Name	Function
a	IN	A	Terminal A
b	IN	B	Terminal B

Wattage1W - 100W

Power0.5W

⚡ Combinational — Visual output

🔊

Buzzer

BUZZER

Piezoelectric buzzer with configurable frequency.

Pin	Dir	Name	Function
a	IN	+	Positive
b	IN	-	Negative

Frequency100Hz - 5kHz

Power0.05W

⚡ Combinational — Audio output

🔈

Speaker

SPEAKER

Dynamic speaker with impedance and volume control.

Pin	Dir	Name	Function
sig	IN	SIG	Signal input
gnd	IN	GND	Ground

Impedance2Ω - 32Ω

Volume0.0 - 1.0

Power0.1W

⚡ Combinational — Audio output

⚙

DC Motor

MOTOR

Brushed DC motor with visual rotation indicator.

Pin	Dir	Name	Function
a	IN	+	Positive terminal
b	IN	-	Negative terminal

Max RPM100 - 20,000

Torque0.1 - 50 N·cm

State: ang0° - 359°

Power0.8W

⚡ Sequential — Rotates when powered

🧲

Relay

RELAY

Electromechanical relay with SPDT contacts.

Pin	Dir	Name	Function
coil_a	IN	COIL	Coil terminal A
coil_b	IN	COIL	Coil terminal B
com	IN	COM	Common contact
no	OUT	NO	Normally open
nc	OUT	NC	Normally closed

Coil Voltage3V - 24V

Max Switch Current1A - 30A

Power0.15W

⚡ Combinational — Electromechanical

7-Segment Display

SEVEN_SEG

Single digit 7-segment LED display with decimal point.

Pin	Dir	Name	Function
a-g	IN	A-G	Segment inputs
dp	IN	DP	Decimal point

Power0.05W

⚡ Combinational — Visual output

88:88

4-Digit 7-Segment

SEVEN_SEG_MULTI

Multiplexed 4-digit display with digit select inputs.

Pin	Dir	Name	Function
a-g	IN	A-G	Segment bus
d0-d3	IN	DIG	Digit select (active)

Power0.1W

⚡ Combinational — Visual output

⣿

Dot Matrix 5x7

DOT_MATRIX

5x7 LED matrix display with shift register interface.

Pin	Dir	Name	Function
clk	IN	CLK	Clock
din	IN	DIN	Serial data
cs	IN	CS	Chip select

State: buf[35]5x7 pixel buffer

State: shiftshift register

State: bitsbit counter

Power0.08W

⚡ Sequential — Shift register

▭

LCD 16x2

LCD_DISPLAY

Character LCD display with text buffer.

Pin	Dir	Name	Function
clk	IN	CLK	Clock
din	IN	DIN	Data input
rs	IN	RS	Register select
cs	IN	CS	Chip select

Display Texttext input

Contrast0.0 - 1.0

Power0.06W

⚡ Combinational — Visual output

🖥

Virtual Screen 128

VIRTUAL_SCREEN

128x128 pixel graphical display with SPI-like protocol.

Pin	Dir	Name	Function
clk	IN	CLK	Serial clock
din	IN	DIN	Serial data
dc	IN	DC	Data/Command select
cs	IN	CS	Chip select
vcc	IN	VCC	Power
gnd	IN	GND	Ground

State: fb[16384]