Created YAML Example (markdown)

2026-05-30 07:16:14 +01:00
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+An example YAML file will look something like this.
+
+External Component
+
+
+	external_components:  
+	- source:  
+	type: git  
+	url: [https://github.com/DitroniX/Home-Assistant-Dev](https://github.com/DitroniX/Home-Assistant-Dev)  
+	ref: main  
+	refresh: 0s #optional, how often to download fresh files from source, defaults to 1 day, use 0 to force updates  
+	components: [ ATM90E36 ]
+
+SPI Configuration
+
+	spi:  
+	clk_pin: GPIO19  
+	mosi_pin: GPIO18  
+	miso_pin: GPIO20
+
+YAML Code
+
+	text_sensor:  
+	- platform: ATM90E36  
+	id: ctclamp  
+	phase_status:  
+	name: "Phase Status"  
+	frequency_status:  
+	name: "Frequency Status"
+
+Sensor
+	  
+	sensor:  
+	- platform: ATM90E36  
+	id: ctclamp  
+	cs_pin: GPIO21  
+	phase_a:  
+	voltage:  
+	name: "CT1 Line Voltage"  
+	id: CT1VOLT  
+	current:  
+	name: "CT1 Current"  
+	power:  
+	name: "CT1 Active Power"  
+	id: CT1CURR  
+	power_factor:  
+	name: "CT1 Power Factor"  
+	reactive_power:  
+	name: "CT1 Reactive Power"  
+	apparent_power:  
+	name: "CT1 Apparent Power"  
+	forward_active_energy:  
+	name: "CT1 Forward Energy"  
+	reverse_active_energy:  
+	name: "CT1 Reverse Energy"  
+	phase_angle:  
+	name: "CT1 Phase Angle"  
+	harmonic_power:  
+	name: "CT1 Harmonic Power"  
+	peak_current:  
+	name: "CT1 Peak Current"  
+	gain_voltage: ${default_gain_voltage}  
+	gain_ct: ${default_gain_ct}  
+	phase_b:  
+	voltage:  
+	name: "CT2 Line Voltage"  
+	id: CT2VOLT  
+	current:  
+	name: "CT2 Current"  
+	power:  
+	name: "CT2 Active Power"  
+	id: CT2CURR  
+	power_factor:  
+	name: "CT2 Power Factor"  
+	reactive_power:  
+	name: "CT2 Reactive Power"  
+	apparent_power:  
+	name: "CT2 Apparent Power"  
+	forward_active_energy:  
+	name: "CT2 Forward Energy"  
+	reverse_active_energy:  
+	name: "CT2 Reverse Energy"  
+	phase_angle:  
+	name: "CT2 Phase Angle"  
+	harmonic_power:  
+	name: "CT2 Harmonic Power"  
+	peak_current:  
+	name: "CT2 Peak Current"  
+	gain_voltage: ${default_gain_voltage}  
+	gain_ct: ${default_gain_ct}  
+	phase_c:  
+	voltage:  
+	name: "CT3 Line Voltage"  
+	id: CT3VOLT  
+	current:  
+	name: "CT3 Current"  
+	power:  
+	name: "CT3 Active Power"  
+	id: CT3CURR  
+	power_factor:  
+	name: "CT3 Power Factor"  
+	reactive_power:  
+	name: "CT3 Reactive Power"  
+	apparent_power:  
+	name: "CT3 Apparent Power"  
+	forward_active_energy:  
+	name: "CT3 Forward Energy"  
+	reverse_active_energy:  
+	name: "CT3 Reverse Energy"  
+	phase_angle:  
+	name: "CT3 Phase Angle"  
+	harmonic_power:  
+	name: "CT3 Harmonic Power"  
+	peak_current:  
+	name: "CT3 Peak Current"  
+	gain_voltage: ${default_gain_voltage}  
+	gain_ct: ${default_gain_ct}  
+	frequency:  
+	name: "IPEM Line Frequency"  
+	chip_temperature:  
+	name: "IPEM Chip Temperature"  
+	line_frequency: 50Hz  
+	current_phases: 3  
+	gain_current: 4X  
+	gain_dpga: 1X  
+	gain_voltage: 2X  
+	update_interval: ${default_interval_time}
+
+Finally the configuration for PGA gains etc.
+
+	substitutions:  
+	default_gain_voltage: '20200'  
+	default_gain_ct: '33500'  
+	default_pga_gain: 4X  
+	default_interval_time: 1s