Friday, June 24, 2016
BREVILLE Juicer Blender BJB840XL Part list part number and circuit diagram – EM78P260 – Home appliances repair and service – Tips manual
Category: Home Appliances Repair and Service
Contents of this article
- Part list part name and part number
- Schematic diagram
- EM78P260 description
BREVILLE BJB840XL
DESCRIPTION
Titanium reinforced cutting disc, safety locking arm, electronic variable speed control and a durable interchange metal base housing a heavy duty motor with noise & vibration control. Extra wide feed chute, 3 litre pulp container
PART NUMBERS
NO | CANADA | US | AU/NZ | DESCRIPTION |
101 | N/A | N/A | BJB840/101 | Pusher with cap |
| BPBJB840101 | BJB840XL/101 | N/A | Pusher with cap |
107 | N/A | N/A | BJB840/107 | Top Cover Complete |
| BPBJB840107 | BJB840XL/107 | N/A | Top Cover Complete |
108 | BPBJB840108 | BJB840XL/108 | BJB840/108 | Pulp Container |
112 | BPBJB840112 | BJB840XL/112 | BJB840/112 | Round Rubber Damper ‐ Juicer Collector |
116 | BPBJB840116 | BJB840XL/116 | BJB840/116 | Motor with Fan Assembly |
117 | BPBJB840117 | BJB840XL/117 | BJB840/117 | Rubber Damper ‐ Motor |
129 | BPBJB840129 | BJB840XL/129 | BJB840/129 | Juice Collector |
132 | N/A | N/A | BJB840/132 | Drive Coupling BR‐2 |
| BPBJB840132 | BJB840XL/132 | N/A | Drive Coupling BR‐7 |
136 | N/A | N/A | BJB840/136 | Filter Basket ‐ no Drive Coupling BR‐2 |
| BPBJB840136 | BJB840XL/136 | N/A | Filter Basket ‐ no Drive Coupling BR‐7 |
139 | BPBJB840139 | BJB840XL/139 | BJB840/139 | Locking arm |
141 | BPBJB840141 | BJB840XL/141 | BJB840/141 | Arm Sleeve |
144 | BPBJB840144 | BJB840XL/144 | BJB840/144 | Tension Spring |
150 | BPBJB840150 | BJB840XL/150 | BJB840/150 | Control Knob |
161 | BPBJB840161 | BJB840XL/161 | BJB840/161 | Main PCB Assembly |
166 | BPBJB840166 | BJB840XL/166 | BJB840/166 | Foot ‐ Small |
168 | BPBJB840168 | BJB840XL/168 | BJB840/168 | Microswitch with lever |
168.1 | BPBJB840168.1 | BJB840XL/168.1 | BJB840/168.1 | Microswitch without lever |
170 | BPBJB840170 | BJB840XL/170 | BJB840/170 | Foot ‐ Large |
184 | BPBJB840184 | BJB840XL/184 | BJB840/184 | Juice Jug Complete |
185 | BPBJB840185 | BJB840XL/185 | BJB840/185 | Cleaning Brush |
190 | BPBJB840190 | BJB840XL/190 | BJB840/190 | Overload/Reset Switch |
191 | BPBJB840191 | BJB840XL/191 | BJB840/191 | Speed Control PCB |
202 | BPBJB840202 | BJB840XL/202 | BJB840/202 | Inner lid ‐ blender |
203 | BPBJB840203 | BJB840XL/203 | BJB840/203 | Outer lid with pull ring ‐ blender |
205 | BPBJB840205 | BJB840XL/205 | BJB840/205 | Glass Blender Jug |
223 | BPBJB840223 | BJB840XL/223 | BJB840/223 | Blade Assy ‐ Blender |
225 | BPBJB840225 | BJB840XL/225 | BJB840/225 | Seal Ring for Blade assy ‐ blender |
235 | BPBJB840235 | BJB840XL/235 | BJB840/235 | Blender Spanner |
280 | BPBJB840280 | BJB840XL/280 | BJB840/280 | Instruction Book |
EM78P259N/260N 8-Bit Microprocessor with OTP ROM
Description
EM78P259N and EM78P260N are 8-bit microprocessors designed and developed with low-power and high-speed CMOS technology. It is equipped with a 2K*13-bit Electrical One Time Programmable Read Only Memory (OTP-ROM). With its OTP-ROM feature, it is able to offer a convenient way of developing and verifying your programs. Moreover, it provides a protect bit to guard against code intrusion, as well as 3 Code Option words to accommodate your requirements. Furthermore you can take advantage of ELAN Writer to easily write your development code into the EM78P259N and EM78P260N.
EM78P259N and EM78P260N are 8-bit microprocessors designed and developed with low-power and high-speed CMOS technology. It is equipped with a 2K*13-bit Electrical One Time Programmable Read Only Memory (OTP-ROM). With its OTP-ROM feature, it is able to offer a convenient way of developing and verifying your programs. Moreover, it provides a protect bit to guard against code intrusion, as well as 3 Code Option words to accommodate your requirements. Furthermore you can take advantage of ELAN Writer to easily write your development code into the EM78P259N and EM78P260N.
PIN CONFIGURATION
PIN NAME, PIN NUMBER, PIN TYPE, FUNCTION
VDD 15
Power supply.
OSCI 17 I
OSCI 17 I
XTAL type Crystal input terminal or external clock input pin
RC type: RC oscillator input pin
OSCO 16 I/O
OSCO 16 I/O
XTAL type: Output terminal for crystal oscillator or external clock input pin
RC type: Clock output with a time period of one instruction cycle.
External clock signal input
P70 16 I/O
P70 16 I/O
General-purpose I/O pin
Default value at power-on reset
P60 > P67 7 > 14 I/O
General-purpose I/O pin
Open-drain
Default value at power-on reset
P50 > P57 1 > 4 17 > 20 I/O
General-purpose I/O pin
Pull-high/pull-down
Wake up from sleep mode when the status of the pin changes
Default value at power-on reset
CIN–, CIN+ 13, 12 I
“–“→ the input pin of Vin– of a comparator
“+”→ the input pin of Vin+ of a comparator
CO 11 O
P60 > P67 7 > 14 I/O
General-purpose I/O pin
Open-drain
Default value at power-on reset
P50 > P57 1 > 4 17 > 20 I/O
General-purpose I/O pin
Pull-high/pull-down
Wake up from sleep mode when the status of the pin changes
Default value at power-on reset
CIN–, CIN+ 13, 12 I
“–“→ the input pin of Vin– of a comparator
“+”→ the input pin of Vin+ of a comparator
CO 11 O
Pin CO is the output of the comparator
Defined by IOC80 <4:3>
IR OUT 14 O
IR mode output pin. Capable of driving and sinking current = 20mA when the output voltage drops to 0.7Vdd and rise to 0.3Vdd at Vdd = 5V.
VREF 4 I
External reference voltage for ADC
Defined by ADCON (R9)<7>
Defined by IOC80 <4:3>
IR OUT 14 O
IR mode output pin. Capable of driving and sinking current = 20mA when the output voltage drops to 0.7Vdd and rise to 0.3Vdd at Vdd = 5V.
VREF 4 I
External reference voltage for ADC
Defined by ADCON (R9)<7>
/INT 7 I
External interrupt pin triggered by falling or rising edge.
Defined by CONT <7>
TCC, TCCA, TCCB, TCCC 4, 8, 9, 10 I
External Counter input
TCC defined by CONT<5>
TCCA defined by IOC80 <1>
TCCB defined by IOC90 <5>
TCCC defined by IOC90 <1>
ADC0 > ADC3 2, 3, 18, 19 I
Analog to Digital Converter
Defined by ADCON (R9)<1:0>
/RESET 5 I
If it remains at logic low, the device will be reset
Wake-up from sleep mode when pin status changes
Voltage on /RESET/Vpp must not exceed Vdd during normal mode
VSS 6
Defined by CONT <7>
TCC, TCCA, TCCB, TCCC 4, 8, 9, 10 I
External Counter input
TCC defined by CONT<5>
TCCA defined by IOC80 <1>
TCCB defined by IOC90 <5>
TCCC defined by IOC90 <1>
ADC0 > ADC3 2, 3, 18, 19 I
Analog to Digital Converter
Defined by ADCON (R9)<1:0>
/RESET 5 I
If it remains at logic low, the device will be reset
Wake-up from sleep mode when pin status changes
Voltage on /RESET/Vpp must not exceed Vdd during normal mode
VSS 6
Ground
SCHEMATIC DIAGRAM
CLICK ON THE IMAGE TO ZOOM IN
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